June 14 - 18 Dresden, Germany a Tradition of Innovation

IEEE ICC 2009 | June 14 - 18 Dresden, Germany A Tradition of Innovation.

Final Program City Map Dresden

Airport Dresden B 6 Bautzner Str.

B 170 Rothenburger Str Hansa Str Schiller- Königsbrücker Str platz

Gr oßenhainer.

. Bhf. .

. Neustadt Bautzner Str Elbe . Hoyersw

Albert- o Leipziger Str r . n platz Blasewitzerstr b Antonstr Glacisstr .str l

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t r . Königst . . h

H K.-Kollwitz-Ufer Albertbrücke t

r a . .

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p . okstr

t . Marienbrücke dstr

s Ger t

Flügelwegbrücke r

Elbe Gr . . . Meißner Str Wigar Hamburger Str Br emer Str . Günzstr Car . Köpckestr Pohland- 3 Augustusbrücke . olabrücke platz . .

B 6 Schlüterstr ICCD Striesener Str Magdeburger St. r 4 . 1 Pillnitzer Str Terrassenufer

. . Ostra-Allee 8 9 Pirna- Straß- Stübel-Allee eißeritz Str 5 ischer Grunaer Str. burger W 2 . Platz Platz

fer Str Zwinglistr Schäferstr Wilsdruf . Schweriner Str Post- . platz

Könneritzstr

. Georg

r St. Petersburger St PlatzPetersburger St. Winterbergstr. Parkstr

. r . Lenést Großer K

. r St Prager eiberger Str .-Külz-Ring a

Fr Dr c

. Garten h

6 . r Rosenstr a

7 e e Löbtauer Str .

Tiergartenstr. .

B 173 Wiener Str.

. Main Strehlener Str. Streh- lener Platz Wasa- Station Platz Reicker Str Nossener Brücke . . T eplitzer Str . .

Budapester Str

. Str Nürnberger Str B 170 B 172 . C.D.F . Fritz

Ackermann Str . Förster Zellescher Weg

Gompitzer Platz Bergstr Dohnaer Str Kesselsdorfer Str .

Höhe

O.-Harzer Str . Münchner Str

1 International Congress Center Dresden (ICCD) 6 Ibis Hotel Bastei 2 Zwinger 7 Ibis Hotel Königstein 3 The Westin Hotel Bellevue 8 Semper Opera House 4 Hotel Am Terrassenufer 9 Frauenkirche 5 Art´otel

2 Contents

Greetings From The Chair ...... 2 Welcome To Dresden ...... 3 Organizing Committee ...... 4 Patrons ...... 5 Schedule At A Glance ...... 15 Congress Venue ...... 16 Opening Ceremony ...... 19 Keynote Speakers ...... 20 Panels ...... 22 Tutorials ...... 24 Student Travel Grants ...... 31 Symposia Program ...... 33 Workshop Program ...... 107 Exhibition ...... 126 General Information ...... 140 Social Events / Tours ...... 142 About Dresden ...... 143 Session Plan ...... 145

1 Greetings From The Chair

The IEEE International Conference on Communications 2009 (ICC) brings together experts from the global communications industry and research communities.

Supported by many of the world’s leading communication providers and research bodies, this year’s Conference will include daily plenary sessions and 11 symposia on various hot topics in the communications industry. The technical program will also be complemented by exciting tutorials and workshops.

Comprehensive positive feedback has been received from top executives from carriers, suppliers and providers, senior representatives from international and regional organizations as well as scientists, engineers and academics on previous IEEE ICC conferences and during the planning of the 2009 event – demonstrated by the huge number of papers submitted. This reflects the dynamics of our industry and the growing need for knowledge sharing in a fast-paced market.

Dresden and its surrounding area are becoming increasingly important for manufacturers in the communications industry as well as for communication-related R&D institutes. Additionally, the conference venue, the “International Congress Center”, presents participants with the opportunity to visit the heart of the historical city of Dresden and view sights such as the Semper Opera House, the Zwinger, or the famously rebuilt Frauenkirche.

In this regard, the objectives of this event should be: technical and professional exchange, personal networking, sharing information, and visiting sites of historical importance.

Welcome to Dresden – I hope you enjoy the conference!

Hamid Akhavan, CEO T-Mobile International AG and General Chair IEEE ICC 2009

2 Welcome To Dresden

On behalf of the Technical Program Committee and as a resident of the city of Dresden, I am glad to welcome you to IEEE ICC 2009 in Dresden, Germany!

This year the TPC of IEEE ICC consists of 45 experts from all over the world. We managed 3,600 paper registrations of which about 3,000 were reviewed and 1046 are presented at IEEE ICC 2009. About 1,700 TPC members collected more than 10,000 reviews, at least three for each reviewed submission. Thanks to all the efforts by the TPC, we are able to offer you an interesting and manifold program. I would like to thank everyone who supported us, particularly all the reviewers!

Among others, we can proudly offer you at this year’s IEEE ICC keynote speeches by H. Akhavan (T-Mobile International AG), V. Reding (European Commission), B. Hirosaki (NEC), H. Kremling (Vodafone), S. Redl (Qualcomm) and T. Jurk (State Saxony). Furthermore, IEEE ICC 2009 has a panel track on topics such as energy efficient communications and vehicular telecommunications. The conference will be complemented by 10 full-day workshops with 152 presentations selected from 360 peer-reviewed submissions and 19 half-day tutorials selected from about 70 proposals and covering current topics such as “Green” Communication, Network of the Future, and LTE Evolution.

Besides a distinctive technical program, you will have the chance to enjoy an amazing city. Its beautiful architecture and museums reflect more than 800 years of eventful history. The vibrant social life in one of the 200+ pubs and cafes around the city center as well as the unique landscape of the Dresden-valley invite you to team up with other researchers and to discuss the future of communications.

IEEE ICC 2009 offers a diverse program and will continue the successful series of previous IEEE ICCs. I am glad to welcome you in Dresden and hope you enjoy IEEE ICC 2009!

Gerhard Fettweis, Vodafone Chair Mobile Communications Systems, TU Dresden, and TPC Chair of IEEE ICC 2009 Reykjavik

Helsinki

Dresden is the capital of the state Oslo Stockholm Saxony (Sachsen) and its major area Tallinn

has more than 1 million inhabitants. Riga Moscow

Copenhagen Vilnius Situated between Berlin and Prague, Minsk Dresden has a central position in Europe Dublin Hamburg and is easy to reach. Amsterdam Berlin London Warsaw Brussels Dresden The airport Dresden offers direct flights Frankfurt Kiev Prague to 389 destinations in 111 countries. Luxembourg Bratislava Paris Munich Also, there are regular train connections Vienna Bern Budapest to major German cities (Berlin, Frankfurt, Bucharest Hamburg) and to foreign destinations Zagreb (Prague, Vienna).

Sofia

Lisbon Rome Madrid

Athens

IEEE ICC 2009 3 Organizing Committee

General Chair Workshop Co-Chairs Hamid Akhavan, T-Mobile International AG Klaus David, University of Kassel Heather Yu, Huawei USA General Vice Chair Paul Kühn, University of Stuttgart Student Travel Grant Chair Eduard Jorswieck, TU Dresden Technical Program Chair Gerhard Fettweis, TU Dresden Marketing Chair Wojciech Kabacinski, Klaus-D. Kohrt Poznan University of Technology Heinrich Stüttgen, NEC Europe Ltd Finance Chair Volker Schanz, Tutorial Co-Chairs VDE Information Technology Society Andrzej Jajszczyk, AGH University of Science Bruce Worthman, and Technology Krakow IEEE Communications Society Moe Win, Massachusetts Institute of Technology Local Organization Application Panels Co-Chairs Peter Rost, TU Dresden Jörg Eberspächer, Peter Neu, VDE Technische Universität München Steve Weinstein, Communication Theory and ComSoc Project Management Technology Consulting June Leach-Barnaby, IEEE Communications Society Gayle Weisman, IEEE Communications Society

IEEE Communications Society

Doug Zuckerman Andrzej Jajszczyk President, 2008-2009 Vice President Technical Activities, 2008-2009

John M. Howell Bruce Worthman Executive Director Manager Conferences, Finance & Administration

Mark Karol June Leach-Barnaby Vice President Conferences, 2008-2009 Senior Manager, Meetings & Conferences

Byeong Gi Lee Gayle Weisman Vice President Member Relations, 2008-2009 Senior Manager, Meetings & Conferences

Sergio Benedetto Heather Ann Sweeney Vice President Publications, 2008-2009 Associate Marketing Manager

4 Patrons

Platinum Patron

Gold Patron

Silver Patron

Further Supporters

The organizing team of IEEE ICC 2009 gratefully appreciates the support by the patrons of IEEE ICC 2009!

5 Patrons

Platinum Patron Platinum Patron

Vodafone Germany is one of the largest and As the world’s largest 3G chipset provider, most modern telecommunications providers in Qualcomm is committed to the development Europe. It realises turnover of more than and advancement of 3G technology. EUR 10 billion and has 15,000 employees. With offices throughout Europe, Qualcomm In conjunction with its full subsidiary Arcor AG works closely with numerous operators, & Co KG, Vodafone Germany is an integrated manufacturers and developers to enable the technology and service provider with a successful commercial roll-out of compelling, portfolio including mobile communications, feature-rich 3G WCDMA (UMTS) and HSDPA/ fixed network telephony, internet and HSUPA services across the region. broadband data services for business and private customers. Qualcomm is a developer and supplier of comprehensive chipsets and system software Continuous development, numerous patents supporting high-speed mobile broadband and investments in new products, services networks, as well as multi-mode/multi-band and the modern network have made solutions. Qualcomm’s chipsets integrate Vodafone an innovation leader in the German a wide range of compelling capabilities, telecommunications market. including 3D hardware-accelerated graphics and the Company’s gpsOne® solution, the Vodafone Deutschland is headquartered in world’s most broadly deployed Assisted-GPS Düsseldorf and Arcor in Eschborn near Frankfurt. technology. Vodafone and Arcor are committed to CSR and they also support numerous projects through the German Vodafone Foundation. The companies are part of the Vodafone Group. Visit the websites at www.vodafone.de and www.arcor.de for further information.

6 Platinum Patron Platinum Patron

As one of the world’s leading Cisco Systems, Inc. is the worldwide leader in telecommunications and information networking for the Internet. Today, networks technology service providers, Deutsche are an essential part of business, education, Telekom AG is setting international standards. government and home communications, and Cisco Internet Protocol-based (IP) networking Deutsche Telekom offers millions of private solutions are the foundation of these networks. and corporate customers all over the world the entire spectrum of modern information Cisco hardware, software, and service technology and telecommunications offerings are used to create Internet solutions services – whether fixed-network, wireless that allow individuals, companies, and and broadband or complex IT and countries to increase productivity, improve telecommunications (ICT) solutions for customer satisfaction and strengthen business customers. competitive advantage. The Cisco name has become synonymous with the Internet, as well Benefit for the customer is at the center of all as with the productivity improvements that of Deutsche Telekom’s activities. The goal is to Internet business solutions provide. At Cisco, make Deutsche Telekom the best and most our vision is to change the way people work, recognized service company in the industry. live, play and learn. That means products and services tailored to the customer’s requirements, first-class network quality and a considerable improvement in efficiency.

T-Mobile is where Deutsche Telekom bundles its mobile communications activities. T-Mobile International AG is one of the world’s leading mobile communications providers, with more than 127 million customers in Europe and the United States. Here, too, the focus of further development is on mobile broadband services with innovative voice and data solutions, such as the mobile Internet service web’n’walk or the social networking feature MyFaves. For additional information about Deutsche Telekom please visit the home page: http://www.telekom.com.

7 Patrons

Gold Patron Gold Patron

NEC Europe Ltd. is a 100% subsidiary of NEC Dresden – your favorite place Corporation, one of the world’s leading providers of Internet, broadband network and The Dresden region is the largest and enterprise business solutions. most important European location for microelectronics and information technology- NEC Europe delivers tailored products, with more than 43.500 employees in about services and solutions in the key fields of 1.200 companies, represented by the network computers and telecommunications. “Silicon Saxony”.

The company is dedicated to meeting The business sectors of local companies the specialized needs of its diverse base include the entire value creation chain. of European customers by integrating its But the development and production of technical strengths in IT and Networks. electronic components and integrated circuits is one of the most significant sectors of NEC Europe employs more than 3,000 people the Dresden microelectronic cluster. serving customers across the entire European Large semiconductor fabs and almost all region. For additional information, please visit leading equipment manufacturers have the NEC Europe home page at: settled here and deliver their products http://www.neceurope.com. worldwide: Every second microchip produced in Europe comes from Dresden. The highly motivated and qualified experts as well as the dense network of business, science and government are a decisive factors for future investors.

Welcome to Dresden!

8 Gold Patron Silver Patron

Nokia Siemens Networks is a leading global Tektronix Communications provides network enabler of telecommunications services. operators and equipment manufacturers With its focus on innovation and sustainability, around the world an unparalleled suite of the company provides a complete network diagnostics and management portfolio of mobile, fixed and converged solutions for fixed, mobile, IP and converged network technology, as well as professional multi-service networks. This comprehensive set services including consultancy and systems of solutions supports a range of architectures integration, deployment, maintenance and and applications such as LTE, fixed mobile managed services. It is one of the largest convergence, IMS, broadband wireless telecommunications hardware, software and access, WiMAX, VoIP and triple play, including professional services companies in the world. IPTV. Tektronix Communications is Operating in 150 countries, its headquarters headquartered in Richardson, Texas with its are in Espoo, Finland. Test and Optimization Product Line based in www.nokiasiemensnetworks.com Berlin, Germany.

Engage in conversation about Nokia Siemens Learn more about the company’s test, Networks’ aim to reinvent the connected measurement and network monitoring world at unite.nokiasiemensnetworks. solutions by visiting: com and talk about its news at blogs. www.tektronixcommunications.com. nokiasiemensnetworks.com Find out if your country is exploiting the full potential of connectivity at connectivityscorecard.org

9 Patrons

Silver Patron Silver Patron

DLR is Germany’s national research center Signalion was founded in 2003 as a start-up for aeronautics and space. Approximately from the University of Technology Dresden. 5700 people work for DLR; the center has Signalion is an established provider of air- 29 institutes and facilities at 13 locations interface diagnostics solutions for 3GPP-LTE. in Germany. The DLR-Institute of Having introduced the first LTE test-UE to the Communications and Navigation – located market, Signalion is a pioneer in providing in Oberpfaffenhofen near Munich - develops new features and solutions in the context of and investigates new systems and methods LTE infrastructure testing. Signalion’s 3GPP- for radio transmission and positioning. LTE-products support wireless infrastructure development, field trials, and inter operability and production testing. The company combines the unique experience of many years of wireless research, algorithm implementation, and leading edge wireless system development.

Signalion is located in Dresden, a city that uniquely combines an 800-year historic, baroque background with the pulsing high-tech multi-billion Euro semiconductor businesses that have turned the region into Europe’s number one silicon site. Further information can be found on http://www.signalion.com.

10 Silver Patron Silver Patron

Mobile broadband is changing the way the Ericsson is the world’s leading provider world communicates. The UMTS Forum helps of technology and services to telecom all players in this dynamic new value chain operators. The market leader in 2G and understand and profit from the opportunities 3G mobile technologies, Ericsson supplies of 3G/UMTS networks and their Long Term communications services and manages Evolution (LTE). networks that serve more than 120 million subscribers. The company’s portfolio The UMTS Forum supports the interests of comprises mobile and fixed network its membership with a range of studies, infrastructure, and broadband and reports and other outputs. Principal focus multimedia solutions for operators, enterprises areas include markets trends, mobile and developers. The Sony Ericsson joint broadband services and applications, key venture provides consumers with feature-rich growth markets, spectrum, technology and personal mobile devices. implementation. Ericsson is advancing its vision of Membership of the UMTS Forum draws ‘communication for all’ through innovation, together everyone with an interest in mobile technology, and sustainable business broadband, including network operators, solutions. Working in 175 countries, more than regulators and the manufacturers of network 70,000 employees generated revenue of USD infrastructure and terminal equipment. 27.9 billion (SEK 189 billion) in 2007. Founded in 1876 and headquartered in Stockholm, For more information: www.umts-forum.org Sweden, Ericsson is listed on the Stockholm, London and NASDAQ stock exchanges.

For more information, visit www.ericsson.com or www.ericsson.mobi.

11 Patrons

Silver Patron Silver Patron

Research and development activities at ST-Ericsson is a world leader in developing and the Heinrich-Hertz-Institut are concentrated delivering a complete portfolio of innovative to expand the principles of information mobile platforms and cutting-edge wireless technology and to demonstrate new semiconductor solutions across the broad applications for new products in partnership spectrum of mobile technologies. with the industry. The company is a leading supplier to the The core competencies of HHI are in the areas top handset manufacturers and ST-Ericsson’s • Photonic Networks and Systems (highly products and technologies enable more than capacitive and flexible signal transmission) half of all phones in use today. The global • Broadband Mobile Communications company of 8,000 people generated pro- (resource management for broadband forma sales of about USD 3.6 billion in 2008. applications for UMTS and beyond (3GPP LTE)) • Photonic Components (customized active ST-Ericsson was established as a 50/50 joint III-V semi-conducting components) venture by STMicroelectronics and Ericsson in • Image Processing (encoder / decoder for February 2009, with headquarters in Geneva, video and audio transmission) Switzerland. More information about • Interactive Media - Human Factors (2-D and ST-Ericsson is available at www.stericsson.com 3-D display technologies; man machine interface)

12 Further Supporters Further Supporters

Technische Universität Dresden was founded IEEE ICC 2009 is proud to be supported by the in 1828 and is among Germany’s oldest and Saxony State Ministry for Economic Affairs and most renowned universities of technology. Labour. For further information on the work of The TUD is the largest university in the region, ministry, please visit with more than 35,000 students and 7,000 http://www.smwa.saxony.de/en/wu/smwa/. employees, including about 600 professors. The current focus of the Vodafone Chair Mobile Communications Systems at the University of Dresden lies on the physical layer systems research, with a special emphasis on wireless radio network problems (capacity and planning), wireless modems (mobile terminals and base stations), and IC implementation architectures. Of particular interest are problems and solutions that are found in a trade-off between these focus areas. The chair was founded in September 1994 by an endowment of the Mannesmann Mobilfunk GmbH, Düsseldorf, Germany.

Regardless of where you’re from, it’s where you’re headed that counts.

We’re looking for pioneers with a sense of purpose. Do you set yourself clear targets and know how to achieve peak performance? And aspire to a career at the top that leads you off the beaten track? Then we can offer you dizzying perspectives. Help us to manage change at Deutsche Telekom. As part of a high-powered international team – with outstanding prospects for an exciting career in management or technology. Begin your ascent at: www.telekom.com/your-chance

We Change. Your Chance.

11844_210x297_RZ.indd 1 15.04.2009 13:00:09 Uhr Schedule at a Glance

Time/Day Sun 14th Mon 15th Tue 16th Wed 17th Thu 18th

8:00 am - Keynotes Keynotes 8:50 am

9:00 am - 10:30 am Tutorials/ Opening/Main Main Main Tutorials/ 10:50 am - Workshops Conference Conference Conference Workshops 12:20 pm

12:20 pm - Awards Lunch Lunch Lunch Lunch 2:00 pm Luncheon

2:00 pm - 3:30 pm Tutorials/ Main Main Main Tutorials/ 4:00 pm - Workshops Conference Conference Conference Workshops 5:30 pm

Welcome Evening Banquet Reception

Full Day Exhibition

Canalettoblick

15 Congress Venue

Saalebene (Hall level) Ground level with halls and restaurant

Seminarebene (Seminar level) Sessions

16 Terrassenebene (Terrace level) Entrance, Poster area and Exhibition

Konferenzebene (Conference level) Sessions

g 2

17 Microelectronics Microélectronique Микроэлектроника Mikroelektronik = Dresden

▪ More than 1200 companies with about 43,000 employees are actively engaged in the Dresden ICT sector –

from Globalfoundries, Inﬁneon, AMTC, SAP, T-Systems Multimedia Solutions to innovative small companies ▪ Technology knots in the ﬁeld of nanoelectronics ▪ Silicon Saxony e.V. as the largest European network for the semiconductor industry

Please contact us: City of Dresden Department of Economic Affairs Phone: +49 351 488 22 00 Email: [email protected] www.dresden.de/business

LH DD_210x297.indd 1 16.04.2009 19:14:53 Opening Ceremony

Monday, 15 June 2009: 9:00 am -10:30 am, Room: Grosser Saal

Keynotes

Hamid Akhavan CEO T-Mobile International AG

Hamid Akhavan, born in 1961, was appointed Member of the Board of Management of Deutsche Telekom responsible for the Mobile Communication business area on December 5, 2006. Throughout the Deutsche Telekom Group, he is responsible for innovation and product development, as well as technology, IT and procurement. Additionally, in his role as Chief Executive Officer of T-Mobile International AG, he leads the management of the mobile communications companies in Western, Southern and Eastern Europe and also those European national companies that are present in both the fixed and mobile communications areas.

Thomas Jurk Saxony State Minister for Economic Affairs and Labour

Thomas Jurk, born in 1962 in Goerlitz, Saxony, was appointed Saxony State Minister for Economic Affairs and Labour as well as Deputy Prime Minister of Saxony in 2004. Furthermore, he is member of the German Social Democratic Party (SPD) since 1989, Chairman of SPD in the Saxon State Assembly since 1998/99, and member of the Saxon SPD Executive Committee. Microelectronics Microélectronique Микроэлектроника Mikroelektronik = Dresden Plenary Panel “Innovation - Taking Advantage of Opportunities” Topics for discussion will include the risks presented by new technologies, as well as the resulting benefits and efficiencies for customers and operators. An additional area of focus will be ▪ More than 1200 companies with about 43,000 employees are actively engaged in the Dresden ICT sector – maintaining high quality of service for customers while addressing cost, convenience and from Globalfoundries, Inﬁneon, AMTC, SAP, T-Systems Multimedia Solutions to innovative small companies complexity. ▪ Technology knots in the ﬁeld of nanoelectronics ▪ Silicon Saxony e.V. as the largest European network for the semiconductor industry

Mike Lange Matt Bross, Friedrich Fuß, Günther Steve Pusey, Vicente Mika Please contact us: Vice President CTO, CTO, Ottendorfer, CTO, San Miguel, Vehvilainen, City of Dresden Communication BT Group T-Home Technical Vodafone CTO, COO, Department of Economic Affairs International, Director, Group Telefónica Nokia Siemens Phone: +49 351 488 22 00 T-Mobile T-Mobile Networks Email: [email protected] www.dresden.de/business 19

LH DD_210x297.indd 1 16.04.2009 19:14:53 Keynote Speakers

Monday, 15 June 2009, 4:00pm - 5:30pm, Room: Saal 3

Hartmut Kremling CTO Vodafone Germany and Arcor AG

Convergence - Vision and Factors of Success

Hartmut Kremling (year of birth 1957) is the Chief Technology Officer of Vodafone Germany and Arcor AG. He is among the most senior experts in the mobile communications business in the world. He was CEO of the Austrian mobile operator tele.ring and executive board member at the German fixed network operator Arcor. He received his Master of Science degree in Information Technology at the Technical University Chemnitz in 1983 and started his career at the Science and Technology Centre in Dresden.

Tuesday, 16 June 2009, 8:00am - 8:50am, Room: Saal 3

Viviane Reding Commissioner for Information Society and Media European Commission

Telecom and Media: How advanced is convergence?

Viviane Reding received a doctor degree of human sciences from Sorbonne, Paris. She worked as a journalist from 1978 to 1999 and also served as President of the Luxembourg Union of Journalists.

Her political career started in 1979 when she joined the Luxembourg Parliament. During this time she was President of the social committee and member of the North Atlantic Assembly. In 1989, she became a member of the European Parliament. In 1999, she changed to the European Commission where she served as Commissioner for Culture and Education. Since 2004, she has been the Commissioner for Information Society and Media.

20 Tuesday, 16 June 2009, 4:00pm - 5:30pm, Room: Grosser Saal

Siegmund Redl Country Manager Germany, Qualcomm Europe

Next Generation Mobile Communication Technologies for Consumer Devices – a core technology provider perspective

Siegmund M. Redl joined QUALCOMM Inc. as Director of Marketing for the CDMA Technologies division in August 1999. Currently he holds the position of Country Manager Germany within Qualcomm Europe.

Siegmund M. Redl is a graduate of Munich’s University of Technology and has spent over 19 years in the mobile communications industry. After working as an intern at Siemens Semiconductor, where the essence of his diploma thesis was patented, Redl started his career in 1990 at Schlumberger Technologies’ Communications Test Division where he held product management and marketing positions. In the course of his work at Schlumberger Technologies, Siegmund Redl also participated in the ETSI GSM standardization efforts. In 1995 Redl joined LSI Logic Corp. where he became Director of their Wireless Strategic Business unit.

Siegmund M. Redl is co-author of three textbooks on GSM and digital cellular technology (e.g. “An Introduction to GSM”, Artech House) and has presented regularly on wireless communications topics.

Wednesday, 17 June 2009, 8:00am - 8:50am, Room: Saal 3

Botaro Hirosaki Senior Executive Vice President NEC Corporation

A New Role of ICT -The Paradigm Shift of C&C Technologies-

Botaro Hirosaki received his BS and MSE degrees from the University of Tokyo in 1970 and Princeton University in 1978, respectively. He joined Central Research Laboratories of NEC Corporation and had been involved in the development of high speed and broadband communications systems. In 1984, he developed the world’s first commercial product of OFDM data transmission systems with which he was awarded a Doctoral degree from the University of Tokyo in 1986. From 2000 to 2008, he was involved in the telecom networking business operation, intellectual asset management and R&D management in NEC. He is currently the Senior Executive Vice President and Board Member of NEC. Dr. Hirosaki is the Fellow Member of both IEEE and IEICE, and is the Vice Chair of the Technical Committee in Bureau of Industrial Advisory Committee for OECD.

21 Panels

Monday, 15 June 2009, 10:50am-12:20pm, Tuesday, 16 June 2009, 10:50am-12:20pm, Room: Saal 3 Room: Saal 3 Panel P01: Industry-Academia Joint Research Panel P04: Green Communication Collaborations Organizers Organizer Andreas Gladisch, Deutsche Telekom Mahmoud Daneshmand, AT&T Labs Research Laboratories, Berlin Panelists Honggang Zhang, Zhejiang University • Fiona Williams (Research Director, Ericson) Panelists • Marek Rusinkiewicz (Applied Research • Mario Pickavet (Professor, University of Laboratories at Telcordia Technologies) Ghent IBBT) • Hendrik Berndt (Chief Technology • Steven Gray (CTO & VP of Corporate Officer & Senior Vice President Docomo Research, Huawei Technologies Co.) Communications Laboratories Europe, • Luc Ceuppens (Vice President of Product Munich) Marketing, Juniper Networks) • Hans-Joachim Grallert (Managing Director, • Werner Mohr (Head of Research Alliances, Fraunhofer-Institut für Nachrichtentechnik, Nokia Siemens Networks) Heinrich-Hertz-Institut, Berlin) • Flavio Bonomi (CISCO Distinguished Tuesday, 16 June 2009, 2:00pm-03:30pm, Engineer, US) Room: Saal 3 Panel P05: Automotive Communications: Car- Monday, 15 June 2009, 2:00pm-3:30pm, to-Car and Car-to-Environment Room: Saal 3 Organizer Panel P02: RFID: Technologies, Applications, Ralf G. Herrtwich, Daimler AG, Boeblingen Security and Privacy Panelists Organizer • Ulrich Dietz (Vodafone, Munich) Henrik Granau, CEO, RFIDsec • Knut Evensen (Q-Free, Trondheim) Panelists • Søren Hess (ETSI TC ITS, Holte) • Peter Preuss (Nokia) • Timo Kosch (BMW, Munich, pending) • Morten Harning, (European project “HYDRA”) • Heinrich Stüttgen (NEC, Heidelberg) • Remi Ronchaud, (RFIDinEurope, ERCIM) Wednesday, 17 June 2009, 9:00am-10:30am, Tuesday, 16 June 2009, 9am-10:30am, Room: Saal 3 Room: Saal 3 Panel P06: Broadband access through Wireless Panel P03: Femtocells: Depolyment and Organizer Applications Bhaskar Ramamurthi, IIT-Madras Organizers Panelists Jie Zhang, CWiND, University of Bedfordshire • Josef Lorenz (Nokia Siemens Networks, Munich) Panelists • Xin Su (Tsinghua University) • Simon Saunders (The Femto Forum) • Angus Hay (Neotel, Johannesburg) • Peter (Yuefeng) Zhou (Huawei Technologies) • Andy Tiller (Ip.access) • Vit Stencel (T-Mobile) • Guillaume de la Roche (CWiND, University of Bedfordshire)

22 Wednesday, 17 June 2009, 10:50am-12:20pm, Wednesday, 17 June 2009, 2:00pm-3:30pm, Room: Saal 3 Room: Saal 3 Panel P07: 3G to 4G: Towards Full Mobility IP Panel P08: The Future Internet Services Organizers Organizer Robert E. Kahn, Corporation for National Maurizio Decina, Politecnico di Milano Research Initiatives (CNRI) Panelists Panelists • Jean-Pierre Bienaime (Chairman UMTS Forum, • Phuoc Tran-Gia (University of Würzburg) Orange) • Rainer Zimmermann • Luis M. Correia (Technical University Lisbon) (European Commission, Brussels) • Nigel Jefferies (Vodafone, • Alexander Ntoko (International Chairman Wireless World Research Forum) Telecommunications Union (ITU), Geneva) • Peter Meissner (Operating Officer, NGMN Alliance) • Bon Briscoe (British Telecom Network • Adam Wolisz (Technical University Berlin) Research Center, Ipswich) Tutorials

Sunday, 14 June 2009, This tutorial will present an introduction to the 9:00 am - 12:30 pm applications and performance of general selection-based algorithms. It will especially T01: IMT-Advanced System: consider point-to-point MIMO and point- Enabling Technologies and Standardizations to-multipoint multiuser communication A. Molisch, Mitsubishi Electric Research Lab systems, with a particular focus on practical Z. Tao, Mitsubishi Electric Research Lab lowcomplexity algorithms in generalized Room: Konferenz 1 fading transmission environments.

This tutorial discusses candidates of 4G IMT- T05: Multiple Antenna Systems from Optimum Advanced such as 3GPP-LTE, Advanced Combining to MIMO: a Random Matrix Theory WiMAX, and IEE 802.11n. It will discuss Approach common features like MIMO-OFDM and M. Chiani, University of Bologna advanced coding (turbo codes / LDPC) and Room: Konferenz 5 provide a systematic and detailed overview. This tutorial provides the basic principles and T02: Congestion Control in Heterogeneous applications of multiple antenna systems, Networks including MIMO and distributed MIMO, and N. Ansari, New Jersey Institute of Technology their analysis based on random matrix theory. Room: Konferenz 2 The effect of space and time correlation on the capacity of MIMO channels will be Following a brief introduction to TCP, this presented as well as practical solutions for tutorial will analyze the problems that TCP MIMO systems, and their performance analysis. exhibits in the wireless IP communication environment and illustrate the viable Scope: This tutorial provides the basic strategies by detailed examples. principles and applications of multiple antenna systems, including MIMO and T03: HSDPA, HSUPA and MIMO-Aided Cross- distributed MIMO, and their analysis based on Layer-Optimized FDD versus TDD Networking random matrix theory. for ‘Green Radio’ L. Hanzo, University of Southampton Intended Audience: Engineers that want to Room: Konferenz 3 understand, from a system perspective, the role of multiple antennas in wireless systems; This research-oriented presentation considers researchers that want to understand the the joint benefits of both adaptive physical connection between the theory of random and adaptive network-layer performance matrices and MIMO systems, as well as the enhancement techniques. The bandwidth most recent advances on this topic. versus power efficiency criteria and the importance of power efficiency-related considerations will be discussed. Sunday, 14 June 2009, 2:00 pm - 5:30 pm T04: Selection-Based Resource Allocation in Future Wireless Networks T06: Key Enabling Technologies Towards IMT- I. B. Collings, Z. Chen, M. Elkashlan, Advanced: Cooperative Communications Commonwealth Scientific and Industrial and Relaying in MIMO-OFDMA Systems Research Organization, Sydney C.-C. Chong, NTT DOCOMO USA Labs Room: Konferenz 4 Y. Zhou, Huawei Technologies Room: Konferenz 1

24 In order to achieve the requirements of IMT- T08: MIMO System Engineering for Wireless Advanced, various key enabling technologies Cellular Networks are studied. In particular, the concept of H. Huang. Bell Labs, Alcatel-Lucent MIMO, OFDMA, and cooperative communi- Room: Konferenz 3 cations will be discussed in this tutorial. Further This tutorial explains how state-of-the-art advanced technologies providing improved multiple antenna (MIMO) techniques should coverage and higher data rates, such as be applied in a system context for next- HARQ, MIMO, AAS and FFR, will be discussed. generation wireless cellular networks. It will systematically categorize the myriad of MIMO T07: Oblivious Routing and Applications options and describe the system design for M. Kodialam, Bell Labs, Alcatel-Lucent maximizing system throughput in the light of T. V. Lakshman, Bell Labs, Alcatel-Lucent practical constraints. S. Sengupta, Microsoft Research Room: Konferenz 2 T09: Pre-Congestion Notification (PCN): Lightweight Admission Control and Flow With the growing use of the Internet for Termination for the Future Internet bandwidth intensive applications, it has also M. Menth, Univ. of Wuerzburg become important that routing accounts for F. Lehrieder, Univ. of Wuerzburg the quality-of-service needs of applications Room: Konferenz 4 and users. This tutorial will survey recent advances in oblivious routing with a view PCN-based flow termination is a new flow towards its application in (intradomain) control function for networks with resilience Internet routing. requirements proposed by the Internet

Dresdner Schloss (Dresden Castle)

25 Tutorials

Engineering Task Force (IETF). Performance T12: Ultrawide Bandwidth Active and Passive behaviour and applicability of different Localization implementations will be discussed based on Davide Dardari, University of Bologna at Cesena simulation results. Andrea Giorgetti, University of Bologna at Cesena T10: Iterative Receiver Design Andrea Conti, University of Ferrara H. Wymeersch, MIT Room: Konferenz 2 Room: Konferenz 5 In this tutorial the theoretical fundamental This tutorial is intended to provide a limits in ranging and active/passive mathematical framework that will enable localization based on the UWB technology, as researchers to develop algorithms in a more well as practical schemes, will be explained. rigorous and systematic fashion. It will give The main ranging/positioning sources an introduction to factor graphs and show of errors such as multipath, clock offsets how they can be used in developing iterative and interference will be illustrated. Some algorithms for estimation and detection. results derived from measured data in real environments will be shown to investigate the effect of system parameters on ranging Thursday, 18 June 2009, and localization accuracy. Possible 9:00 pm - 12:30 pm localization algorithms will be discussed and their implementation in a real test T11: Cognitive Radio Networks bed will be shown as case studies. Finally, Ekram Hossain, University of Manitoba, some advanced issues such as cooperative Winnipeg localization and cognitive ranging will be Room: Konferenz 1 addressed.

“Cognitive radio” based on dynamic spectrum T13: Peer-to-Peer and Alternative Overlay access is an emerging technique to improve Networks for Content and Service Provisioning the utilization of radio frequency spectrum in on the Internet wireless networks. Built upon software-defined Gerhard Hasslinger, T-Systems, Deutsche radio, it combines wireless communications Telekom, Darmstadt and mobile networking with signal processing, (and Darmstadt University of Technology) machine learning, optimization, and Room: Konferenz 3 microeconomic models. In this tutorial, an intensive introduction to the dynamic spectrum Among the basic features of peer-to-peer access-based cognitive radio networks will (P2P) networking applications are their ability be provided. Specifically, the basic concepts behind “cognitive radio” technology, basic • to exploit vacant resources (data, storage, functionalities in a cognitive radio transceiver computation power, bandwidth) distributed for dynamic spectrum access, and different over user equipment, spectrum sharing models will be described. A • to adapt to varying demands with survey on the spectrum sensing techniques and scalability for huge communities, including the medium access control (MAC)/rate-power dynamic flash crowds, control protocols will be presented. The key • to include replication of data for predefined challenges, practical approaches, and open requirements in self-organizing schemes, problems in these areas will be discussed. Also a • to build and manage overlays without or brief summary on the ongoing standardization at a minimum of own network and server activities on cognitive radio will be provided. infrastructure and costs.

26 In this way, P2P overlays facilitate new Internet they are expected to provide both vehicle- services to be launched globally, in addition to-vehicle and vehicle-to infrastructure to well-known and popular P2P applications communications. The goal of this tutorial is for file-sharing, content distribution, voice over to give a deeper and up-to-date technical IP and pod-/broadcasting of radio and TV. analysis of vehicular communication architectures and protocols. After giving the In the present phase, well established P2P motivations and applications of vehicular approaches compete with content delivery communications, this tutorial will emphasize networks (CDN) and alternative overlays in on technical communication challenges the deployment of future Internet services. and trends as well as recent development Together with the efficiency of the distribution on standardisation activities and existing scheme, the user acceptance as well as the prototypes and research projects. involvement of content, service and network providers will decide on the preferable T15: Standardized IPTV services in Managed IP schemes for support of Internet applications. Infrastructures While P2P solutions for file sharing and voice Oliver Friedrich, Fraunhofer Institute for Open over IP are stabilizing in popularity, solutions Communication Systems FOKUS, Berlin for video streaming and IP TV as well as Room: Konferenz 5 business applications via P2P are still under a challenging development. The tutorial will The vision of convergent telecommunication address the current development in P2P and and broadcast services is driving the notion concurrent overlays for service provisioning of all-IP networks. This evolution leads to move from the view of Internet service and network the classic telecommunication and broadcast providers. It is structured into four main parts: environments towards an integrated programmable broadband network • Principles and efficiency of P2P networking environment. The service convergence for different Internet applications will enable the provisioning of (interactive) • Measurement statistics on the Internet multimedia applications with the integration traffic mix and growth: Impact on network of telecommunication capabilities (e.g. planning and management audio/video telephony, presence, messaging, • Cross layer issues: Infrastructure for etc.). In combination with TV services (Linear broadband Internet access and overlay TV and Video on Demand) this yields into so networks called triple play (data, VoIP and IPTV) and • Established and evolving P2P services: quadruple play (including mobility aspects) Economic aspects and competition on environments. This tutorial will highlight the future markets. different aspects towards a standardized IPTV world by presenting insights onto SDO work, T14: Cooperative Vehicular Networking: reference architectures and signaling as well Architecture and Protocols as real world prototypes and test beds. Fethi Filali, EURECOM, Sophia-Antipolis Room: Konferenz 4

There are several emerging applications that are specific to vehicular wireless networks. To be supported efficiently, new communications protocols have to be developed and standardized. These protocols concern all layers from physical to application layer and

27 Tutorials

Thursday, 18 June 2009, T19: The Internet of Things Goes Wireless 2:00 pm - 5:30 pm Mischa Dohler, CTTC, Barcelona Thomas Watteyne, Univ. of California Berkeley T17: Channel Coding for IEEE 802.16e Mobile Room: Konferenz 4 WiMAX Matthew C. Valenti, West Virginia University, The next wireless revolution is quietly coming Morgantown, WV and with it an epochal turnpoint in network Room: Konferenz 2 design. Networking in the near future is no more limited to “just” the provision of a As specified by the IEEE 802.16e-2005 communication infrastructure. This change standard, Mobile WIMAX must use one of in design will drastically augment with the four types of channel codes: A tail-biting foreseen emergence of the Internet of Things. convolutional code, a block turbo code It will connect a large amount of highly (BTC), a convolutional turbo code (CTC), resource constrained, highly heterogeneous or a low-density parity-check code (LDPC). set of nodes ubiquitously communicating in This tutorial will provide an overview of each a wireless fashion. The aim of this tutorial is to of these categories of codes, highlighting expose an industrial and academic audience their similarities and differences. The main to the cutting-edge R&D challenges focus will be on algorithms and architectures associated with the protocol-related analysis for encoding and decoding, as well as the and design of this disruptive technology. specifics of the standard. Throughout the tutorial, encoding and decoding will be T20: DVB-T2: Key Technologies and demonstrated within Matlab using a simulator Implementation Issues developed by the instructor. The Matlab Stefano Tomasin, University of Padova code is available for download by tutorial Matteo Butussi, Abilis Systems, Geneva participants, so that they may leave the Room: Konferenz 5 tutorial with a tangible set of tools. The tutorial provides an overview of T18: Self-organized Network Economics the new digital broadcasting television Sonja Buchegger, Deutsche Telekom standard for terrestrial transmission Laboratories, Berlin (DVB-T2) to be standardized by European Room: Konferenz 3 telecommunication standard institute (ETSI). Standard potentials and implementation Tools from economics and lessons from issues are discussed and main challenges their applications in networking can help that call for advanced signal processing the networking community in both design and architecture design are be outlined. and performance analysis. This tutorial The tutorial focuses on key technologies gives an introduction to some of these tools underlying the standard, including and methods from economics and their advanced modulation techniques, coding applications to self-organized networks. and multiple antenna technologies. For Economics and network design have always a practical realization of the receiver, been intimately intertwined. The infrastructural possible implementation architectures are nature of networks, the decentralization of also provided, discussing implementation ownership and control, and the derivation issues and proposing software defined radio of utility by heterogeneous users and solutions. applications, all point to the need for incorporating economic considerations into the design of networks

28 Sara is passionate about new solutions for the mobile networks of tomorrow.

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AdPack_Enterprise_A4-HR.indd 1 4/16/09 9:45 AM www.saxxess.com support of the European Fund for Regional Development. Regional for Fund European the of support with Saxony of State Free the of project a is Saxxess.com www.saxxess.com.– technologies future of glimpse a Get feature. MultiMediaAtlas and diary event Daily news from the local industries and the international IT market, away click a just – Saxony state IT The The ITPortalforSaxony Student Travel Grants

IEEE ICC 2009 supports the following IEEE Student Members with a Student Travel Grant covering up to USD 1000 of travel expenditures:

Al Amin, Md. Tanvir ...... Bangladesh University of Engineering and Technology Cai, Yueping ...... The University of Electro-Communications Cao, Le ...... National University of Singapore Chen, Liang ...... University of Melbourne Cheung, Man Hon ...... University of British Columbia Chowdhery, Aakanksha ...... Stanford University Dai, Rui ...... Georgia Institute of Technology Das, Ananya ...... University of California at Davis Dechene, Dan ...... The University of Western Ontario Esteve Rothenberg, Christian ...... University of Campinas (UNICAMP) Krause, Michael ...... University of Canterbury Kulkarni, Ajay ...... University of Texas at Dallas Lin, Wei ...... Tsinghua University Ma, Huanfei ...... Fudan University Ma, Yaozhou ...... The University of Sydney Núñez, Víctor ...... Universidad Tecnica Federico Santa Maria Pu, Jyun-Wei ...... National Taiwan University Razi, Adeel ...... University of New South Wales Shah, Virag ...... Indian Institute of Science Shi, Cuizhu ...... Iowa State University Wang, Chung-Wei ...... National Chiao Tung University Yao, Yuzhe ...... University of Victoria Zaki, Ahmed ...... Indian Institute of Science Zhao, Guodong ...... Beihang University Zhao, Songqing ...... University of Illinois at Chicago

IEEE ICC 2009 received over 70 Student Travel Grant applications from all over the world, and approved the Top-25 of them. In the name of the organizing committee of IEEE ICC 2009, I want to thank all applicants for their high quality contributions to IEEE ICC 2009, and I want to congratulate all recipients of a Student Travel Grant.

Welcome to Dresden, I wish you a pleasant stay!

Eduard Jorswieck Student Travel Grant Chair IEEE ICC 2009

31 The magic word is "broadband" Make the most of opportunities!

Germany needs the new jobs. Nationwide most extensive and broadband access reliable internet ac- would also generate a cess infrastructure high level of innovation possible. Politicians potential. have also recog- In the medium term, nised this need, broadband technology which is why it has will be optical fibre been included in the technology, and ex- economic stimulus tremely efficient wire- package. Each of less solutions which the state govern- reduce expenditure of ments is currently money and time are already feasible. LTE Dr. Axel Schulz is Vodafone's Technology Director in Saxony, attempting to comply wireless solutions based on the existing Thuringia and partly Saxony- with prescribed or 3G wireless networks will be introduced by Anhalt and Brandenburg since own targets relating 2010 and they will considerably surpass 2003. He received his Ph.D. of Electrical Engineering from to the extension of the transmission rates of today's cable- Dresden University of Technol- the broadband inter- based broadband networks. The release of ogy. He had worked as a system engineer for DETECON net network. 792 to 862 megahertz radio spectrum Deutsche Telepost Consulting which becomes redundant in the process GmbH. 1992 he joined the Mannesmann Mobilfunk So what's this actu- of digitisation will be particularly significant GmbH, Vodafone's forerunner ally all about? Refer- for the extension of LTE wireless solutions. company in Germany. ence to the economic Here, too, the politicians have recognised stimulus package and the need to act and will create the neces- the reduction of broadband network exten- sary framework for the auction and subse- sion to a mere economic policy measure quent utilisation of these radio frequencies. falls short of the mark because the focus is increasingly shifting the significance of the The "broadband extension" project will be internet and the rapid increase in the num- Germany's biggest-scale infrastructure ber of internet users. The internet has be- project in coming decades. In the run up to come indispensable to both business and its implementation, private users. It is part of practically every politicians, adminis- area of our lives. This is nothing new, but trators and industri- not everyone has realised it yet, so there alists literally find are still many untapped opportunities for themselves sitting in innovation drivers. the same boat. Whether they like it Although the extension of broadband inter- or not, they'll have to net in Germany is associated with many reach agreement on challenges, it also offers a whole host of a joint broadband new opportunities, such as the forecast job policy. boom which would create some 250,000 Symposia Program

List of Symposia ...... 34 Best Paper Awards ...... 35 Overview ...... 36 Ad Hoc and Sensor Networking Symposium ...... 40 Communication and Information Systems Security Symposium ...... 45 Communication Theory Symposium ...... 50 Communications Software and Services Symposium ...... 55 Next Generation Networking Symposium ...... 57 Optical Networks and Systems Symposium ...... 59 QoS and Modelling Symposium ...... 62 Signal Processing for Communications Symposium ...... 65 Symposium on Selected Areas in Communications ...... 70 Wireless Communications Symposium ...... 72 Wireless Networking ...... 85 List of Authors ...... 94

33 Symposia

1. Symposium on Selected Areas in 6. Optical Networks and Systems Symposium Communications Co-Chairs: Dominic Schupke, Co-Chairs: Yacine Ghamri-Doudane, Kyriakos Vlachos, Jun Zheng Gabriel Jakobson, K.P. Subbalakshmi, Madjid Merabti, Sedat Oelcer 7. Next Generation Networking Symposium Co-Chairs: Mohammed Atiquzzaman, 2. Communication Theory Symposium Marcus Brunner, Latif Latid, Ivica Rimac Co-Chairs: Aylin Yener, Lutz Lampe, Angela Yingjun Zhang 8. Communications QoS, Reliability and Modelling Symposium 3. Signal Processing for Communications Co-Chairs: Nelson Fonseca, Ralf Lehnert, Symposium Hiromi Ueda Co-Chairs: Luc Deneire, Tomohiko Taniguchi, Wai Pang Ng 9. Adhoc and Sensor Networking Symposium Co-Chairs: Tommaso Melodia, Hongchi Shi, 4. Wireless Communications Symposium Larry Xue, Mohamed Younis Co-Chairs: Sonia Aissa, Nallanathan Arumugam, Erik Perrins, Yi Qian, 10. Communications Software and Services Matthew Valenti, Takayo Yamazato Symposium Co-Chairs: Wolfgang Kellerer, Pascal Lorenz, 5. Wireless Networking Symposium Giovanni Pau, Lars Wolf Co-Chairs: Yu Cheng, Hossam Hassanein, Mario Marchese, Abdelhamid Mellouk 11. Communication and Information Systems Security Symposium Co-Chairs: Raouf Boutaba, Stefanos Gritzalis, Jiankun Hu, Peter Müller

Zwinger

34 Best Paper Awards

1. Symposium on Selected Areas in 6. Optical Networks and Systems Symposium Communications S. Sebbah and B. Jaumard (Concordia A. Boukerche, R. Jarrar, and R. Pazzi (University University), of Ottawa), “A Resilient Transparent Optical Network “A Novel Interactive Streaming Protocol for Design with a Pre-configured Extended-tree Virtual Environment Navigation through IBR” Protection”

2. Communication Theory Symposium 7. Next Generation Networking Symposium G. Zeitler, R. Koetter (Technische Universität R. Bruschi, R. Bolla, and A. Ranieri (University of München), G. Bauch (Universität der Genoa), Bundeswehr Munich), and J. Widmer “Energy Saving Support for PC-based (DOCOMO Euro-Labs), Software Router: Performance Evaluation and “On Quantizer Design for Soft Values in the Modeling) Multiple-Access Relay Channel” 8. Communications QoS, Reliability and 3. Signal Processing for Communications Modelling Symposium Symposium Z. Zhang and B. Sun (Florida State University), L. Hanzo (University of Southampton), “Probabilistic Diagnosis of Link Loss Using End- “Iterative detection and decoding for hard- to-End Path Measurements and Maximum decision forwarding aided cooperative Likelihood Estimation” spatial multiplexing” 9. Adhoc and Sensor Networking Symposium 4. Wireless Communications Symposium K. Chowdhury and I. Akyildiz (Georgia Institute * S. Goel and R. Negi (Carnegie Mellon University), of Technology), “Analysis of Delay Statistics for the Queued-Code” “Interferer Classification, Channel Selection and Transmission Adaptation for Wireless * M. Charafeddine (Stanford University), Z. Han Sensor Networks” (University of Houston), A. Paulraj, and J. Cioffi (Stanford University), 10. Communications Software and Services “Crystallized Rates Region of the Interference Symposium Channel via Correlated Equilibrium” T. Xu, J. Chen, W. Li, S. Lu (Nanjing University), Y. Guo (Thomson), and M. Hamdi (Hong * S. Ren (University of California, Los Angeles) Kong University of Science and Technology), and K. Letaief (Hong Kong University of “Supporting VCR-like Operations in Derivative Science & Technology), Tree-Based P2P Streaming Systems” “Minimum Sum Expected Distortion in Cooperative Networks” 11. Communication and Information Systems Security Symposium 5. Wireless Networking Symposium M. Mahmoud and S. Shen (University of * H. Fattah and H. Alnuweiri (Texas A&M Waterloo), University at Qatar), “DSC: Cooperation Incentive Mechanism for “Performance Evaluation of Contention- Multi-hop Cellular Networks“ Based Access in IEEE 802.16 Networks with Subchannelization”

* W. Hamouda (Concordia University) and H. A. Saleh (Queen’s University), “Cross-Layer Design for MIMO Spatial Multiplexing in Correlated Ricean Fading”

35 Overview Theory analysis Services Session 1 algorithms Engineering Architecture Management 4:00pm-5:30pm Systems Serurity I WCS-08 (p. 75): MIMO Cooperative Networks WN-05 (p. 86): Mobility CQRM-03 (p. 63): Traffic ONS-03 (p. 60): Network WCS-09 (p. 75): Channel Wireless, WiMax, and LTE I WN-06 (p. 86): Broadband SAC-03 (p. 70): Networked CISS-P1 (p. 45): Information SPC-04 (p. 66): Performance Measurement and Modeling AHSN-P1 (p. 40): AHSN Poster AHSN-03 (p. 40): Optimization SPC-03 (p. 65): Synchronisation through Selective Engagement WCS-07 (p. 75): Synchronization CT-03 (p. 50): Network Information Security Networks I Networks II Restoration 2:00pm-3:30pm Synchronization implementations Allocation, and QoS I Protocol Technologies WCS-06 (p. 74): OFDM Performance, Resource Allocation, Management Allocation and Scheduling CQRM-02 (p. 62): Resource SPC-02 (p. 65): FPGA-based WN-03 (p. 85): Wireless Mesh WCS-04 (p. 73): Cooperative SAC-02 (p. 70): Data Storage CSWS-P1 (p. 55): Software and ONS-02 (p. 59): Protection and CISS-02 (p. 45): Sensor Network WN-04 (p. 85): Wireless Network CT-02 (p. 50): Two-way Relaying AHSN-02 (p. 40): Localization and WCS-05 (p. 74): Wireless Channels WCS-P2 (p. 74): Topics in Resource I Security Networks Networks Networks I Survivability Mechanisms Management 10:50am-12:20pm semi-blind algorithms Performance Analysis NGN-P1 (p. 57): Poster CT-01 (p. 50): Relaying WCS-01 (p. 72): MIMO I ONS-01 (p. 59): Network SAC-01 (p. 70): Situation WCS-P1 (p. 73): Topics in SPC-01 (p. 65): Blind and Transmission Technologies WN-02 (p. 85): Cooperative WCS-02 (p. 72): Cooperative WCS-03 (p. 73): Capacity and WN-01 (p. 85): Cognitive Radio CQRM-01 (p. 62): Traffic Control CISS-01 (p. 45): Wireless Network Communications and Networking AHSN-01 (p. 40): Mobility in Sensor Monday, 15 June 2009 Room Saal 2 Saal 4 Saal 5 Seminar 1 Seminar 3 Seminar 5 Seminar 6 Poster Area 1 Poster Area 2 Konferenz 1 Konferenz 2 Konferenz 3 Konferenz 4 Konferenz 5

3636 Overview networks Networks Management Mesh Networks 4:00pm-5:30pm Systems Security II Networks 3: Spectrum WCS-19 (p. 78): CDMA WCS-21 (p. 79): MIMO II and sequential methods WCS-22 (p. 79): Coding I Emerging Video Services SAC-07 (p. 71): Cognitive CQRM-07 (p. 63): QoS for WN-13 (p. 88): WLAN and AHSN-08 (p. 42): Topology CISS-P2 (p. 47): Information WCS-20 (p. 79): Cooperative NGN-04 (p. 58): Peer-to-peer CT-P2 (p. 52): Poster Session II CT-07 (p. 52): Cognitive Radio WN-14 (p. 88): Wireless Ad Hoc Management and Policy Issues AHSN-07 (p. 42): Cognitive and CISS-06 (p. 47): Deployment and Management of Security Policies SPC-08 (p. 68): Iterative receivers Home/Personal Wireless Networks Communication in OFDM Systems Detection algorithms and Control Beamforming 2:00pm-3:30pm and Watermarking Allocation, and QoS II WCS-17 (p. 77): MIMO Bandwidth Efficiencies implementation topics Performance, Resource NGN-03 (p. 58): Security WCS-P3 (p. 78): Topics in Technologies, Power and SAC-06 (p. 71): Cognitive Wireless, WiMax, and LTE II WN-11 (p. 87): Broadband WCS-18 (p. 78): Transmission in Dynamic Spectrum Access CT-06 (p. 51): Network Coding Cooperative Communications WCS-16 (p. 77): Estimation and SPC-P2 (p. 67): Theoretical and WN-12 (p. 87): Wireless Network SPC-07 (p. 67): Precoding-related CQRM-06 (p. 63): Network Design CISS-05 (p. 47): Information Hiding AHSN-06 (p. 42): Quality of Service Networks 2: Modeling and Security Session 2 Networks III and Control Optimization and platforms 10:50am-12:20pm Communications I and Optimization I WCS-13 (p. 76): UWB SAC-05 (p. 71): Cognitive AHSN-05 (p. 41): Cross Layer NGN-02 (p. 57): Architecture Security and Reliable Access WCS-15 (p. 77): Cooperative WCS-14 (p. 77): MIMO-OFDM AHSN-P2 (p. 41): AHSN Poster ONS-P1 (p. 60): Poster Session Networks 1: Spectrum Sensing CQRM-05 (p. 63): QoS Analysis CISS-04 (p. 46): Authentication SPC-06 (p. 67): Implementation CT-05 (p. 51): Wireless Networks WN-10 (p. 87): Wireless Network WN-09 (p. 87): Cross-Layer Design II Control I Networks Capacity Tuesday, 16 June 2009 9:00am-10:30am Wireless Networks and Denial of Service WN-08 (p. 86): Routing, NGN-01 (p. 57): Routing WCS-11 (p. 76): OFDMA I SAC-04 (p. 70): Vehicular Applications and Services WCS-12 (p. 76): Precoding WN-07 (p. 86): Cooperative AHSN-04 (p. 41): Cross Layer CSWS-01 (p. 55): Multimedia CT-P1 (p. 50): Poster Session I SPC-05 (p. 66): Beamforming Optimization in Wireless Sensor CT-04 (p. 50): Ad Hoc Network Communications and Networks SPC-P1 (p. 66): OFDM and MIMO Scheduling, and Medium Access WCS-10 (p. 76): Cognitive Radio I Communications and Networking CISS-03 (p. 46): Intrusion Detection CQRM-04 (p. 63): QoS in Emerging Room Saal 1 Saal 2 Saal 3 Saal 4 Saal 5 Seminar 3 Seminar 5 Seminar 6 Poster Area 1 Poster Area 2 Konferenz 1 Konferenz 2 Konferenz 3 Konferenz 4 Konferenz 5 Konferenz 6

37 Overview Control II Networks Longevity Networks II 4:00pm-5:30pm Malicious Behavior and Synchronization Service Management WN-19 (p. 91): Routing, Performance Evaluation AHSN-15 (p. 44): Network Heterogeneous Networks CQRM-09 (p. 65): Network AHSN-16 (p. 44): Modeling CT-15 (p. 54): LDPC Codes CISS-13 (p. 49): Metrics and SPC-12 (p. 69): Optimisation and Resource Management CSWS-05 (p. 56): Network and Modeling and Simulation Tools CT-14 (p. 54): Fading Channels WCS-P5 (p. 83): Topics in MIMO WN-P4 (p. 91): Topics in Wireless WCS-36 (p. 83): Wireless Ad Hoc ONS-07 (p. 61): Traffic Grooming Scheduling, and Medium Access WCS-34 (p. 83): OFDM Estimation WN-20 (p. 91): Inter-networking of WCS-35 (p. 83): Cognitive Radio II CISS-14 (p. 49): Vulnerabilities and Security Delivery Networks decoding Networks I Allocation Networks V Survivability to Peer Security 2:00pm-3:30pm Service Platforms Communications II Space-Time Coding WCS-32 (p. 82): UWB Allocation, and QoS III Performance, Resource WCS-P4 (p. 82): Topics in ONS-06 (p. 61): Resource CQRM-08 (p. 64): Network WCS-33 (p. 82): Distributed Multicarrier Communications CT-12 (p. 53): OFDM/OFDMA WCS-31 (p. 81): Cooperative WN-18 (p. 90): Wireless Sensor SPC-11 (p. 69): Detection and AHSN-13 (p. 44): Reliable Data CT-13 (p. 54): Channel Coding WN-17 (p. 90): Wireless Network WN-P3 (p. 90): Topics in Wireless Storage and Query Optimization CISS-11 (p. 48): Privacy and Peer AHSN-14 (p. 44): In-network Data CSWS-04 (p. 56): Fixed and Mobile CISS-12 (p. 49): Distributed Systems MIMO Coding Strategies Networks IV Media Delivery CQRM-P1 (p. 64): Wireless Networks 10:50am-12:20pm and Optimization II Information Security WCS-30 (p. 81): Cellular Wavelength Assignment Communication Systems WCS-29 (p. 81): OFDMA II CISS-09 (p. 48): IP Security AHSN-12 (p. 43): Link Layer WCS-27 (p. 80): Scheduling and Performance Modeling ONS-05 (p. 61): Routing and WCS-28 (p. 81): Cooperative AHSN-11 (p. 43): Deployment CSWS-03 (p. 55): Peer-to-Peer CT-11 (p. 53): Modulation and NGN-06 (p. 58): Peformance-2 WN-P2 (p. 89): Next Generation CISS-10 (p. 48): Special Topics on Communications QoS, Reliability, WN-16 (p. 89): Cross-Layer Design CT-10 (p. 53): Multiuser or Network SPC-10 (p. 68): Channel Estimation Control Analysis Security Services Allocation Networks II Wednesday, 17 June 2009 and Detection 9:00am-10:30am Communications Selected Topics in Proxy, and Gateways CT-09 (p. 53): Capacity WCS-24 (p. 80): Coding II WCS-26 (p. 80): Resource Cryptographic Procedures SPC-09 (p. 68): Equalisation CT-08 (p. 52): MIMO Systems WN-15 (p. 88): Wireless Mesh WCS-25 (p. 80): Performance CSWS-02 (p. 55): Peer-to-Peer SAC-P1 (p. 71): Poster Session: NGN-05 (p. 58): Peformance-1 WN-P1 (p. 88): Satellite Systems, WCS-23 (p. 79): MIMO Estimation AHSN-09 (p. 43): Medium Access CISS-07 (p. 48): Application Layer ONS-04 (p. 61): Optical Switching AHSN-10 (p. 43): Routing Protocols CISS-08 (p. 48): Cryptography and Room Saal 1 Saal 2 Saal 4 Saal 5 Seminar 1 Seminar 2 Seminar 3 Seminar 5 Seminar 6 Poster Area 1 Poster Area 2 Konferenz 1 Konferenz 2 Konferenz 3 Konferenz 4 Konferenz 5 Konferenz 6

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www.unite.nokiasiemensnetworks.com/broadband Copyright39 2008 Nokia Siemens Networks. All rights reserved. AHSN-03: Optimization through Selective Engagement Ad Hoc and Sensor Networking Room: Seminar 1 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Symposium Chair: Suleyman Uludag (The University of Michigan - Flint)

1. Optimal Sleep-Wake Policies for an Energy AHSN-01: Mobility in Sensor Networks Harvesting Sensor Node V. Joseph, V. Sharma, U. Mukherji Room: Seminar 1 (Indian Institute of Science Bangalore) Time: Mon, 15 Jun, 10:50 am - 12:20 pm Chair: Waleed Alsalih (Queen’s University) 2. Location Based Sleep Scheduling for Target 1. Distributed Scalable Multi-Target Tracking with a Tracking Applications in Smart Space Wireless Sensor Network Environments A. Oka, L. Lampe (University of British Columbia) B. Harrison, A. Marshall (Queen’s University Belfast) 2. Routing to a Mobile Data Collector on a Predefined Trajectory 3. Adaptive Sensor Activation for Target Tracking in W. Alsalih, H. Hassanein, S. Akl Wireless Sensor Networks (Queen’s University) J. Chen, K. Cao, Y. Sun (Zhejiang University), X. Shen (University of Waterloo) 3. A Case Study for Evaluating IEEE 802.15.4 Wireless Sensor Network Formation with Mobile 4. Sleeping Schedule-Aware Minimum Latency Sinks Broadcast in Wireless Ad Hoc Networks A. Abbagnale, E. Cipollone, F. Cuomo J. Hong (Nanjing University), J. Cao (University of Rome "Sapienza") (Hong Kong Polytechnic University), W. Li, S. Lu, D. Chen (Nanjing University) 4. Coverage-Aware Connectivity Restoration in Mobile Sensor Networks 5. Starburst SSD: An Efficient Protocol for Selective N. Tamboli, M. Younis Dissemination (University of Maryland, Baltimore County) T. Azim (Stanford University), Q. Mansoor (Na- 5. Mobility-based Generic Infrastructure for Large tional University of Sciences and Technology), Scale Sensor Network Architecture P. Levis (Stanford University) S. Hashish, A. Karmouch (University of Ottawa) AHSN-P1: AHSN Poster Session 1 AHSN-02: Localization and Synchronization Room: Poster Area 2 Room: Seminar 1 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Chair: Farid Naït-Abdesselam Chair: Min Chen (University of British Columbia) (University of Lille)

1. Wireless Sensor Networks Localization with 1. A Lightweight Skeleton Construction Algorithm Isomap for Self-Organizing Sensor Networks C. Wang, J. Chen, Y. Sun (Zhejiang University), H. AbdelSalam, S. Olariu X. Shen (University of Waterloo) (Old Dominion University)

2. Improved Estimation of Clock Offset in Sensor 2. A Novel Scheme for Spatial Localization of Networks Passive RFID Tags; Communication Range Q. Chaudhari, E. Serpedin Recognition (CRR) Scheme (Texas A&M University), Y.-C. Wu T. Wada, N. Uchitomi, Y. Ota, T. Hori (The University of Hong Kong) (Kansai University), K. Mutsuura (Shinshu University), H. Okada (Kansai University) 3. A Linear Time Synchronization Algorithm for Underwater Wireless Sensor Networks 3. Optimal Utility-Energy Tradeoff in Delay L. Liu, Y. Xiao, J. Zhang Constrained Random Access Networks (The University of Alabama) A. Khodaian, B. H. Khalaj, H. Shah-Mansouri (Sharif University of Technology, Iran) 4. Revisiting Relative Location Estimation in Wireless Sensor Networks C.-H. Chang, W. Liao 4. Optimum Internet Gateway Selection in Ad Hoc (National Taiwan University) Networks F. Hoffmann, D. Medina 5. Localization of a Swarm of Mobile Agents via (German Aerospace Center (DLR)) Unscented Kalman Filtering G. Binazzi, L. Chisci, F. Chiti, R. Fantacci, S. Menci 5. Approximating Maximum Directed Flow in a (University of Florence) Large Wireless Network J. Nousiainen, P. Lassila (Helsinki University of Technology)

4040 6. Evaluate Reliability of Wireless Sensor Networks 4. An Energy-Efficient Integrated MAC and Routing with OBDD Protocol for Wireless Sensor Networks Y. Xiao, X. Li, Y. Li (State Key Laboratory of Net- X. Wang, X. Zhang working and Switching, Beijing Univer- (University of Science and Technology of China), sity of Posts and Telecommunications), S. Chen Q. Zhang (The Hong Kong University of Sci- (State Key Laboratory of Wireless Mobile Com- ence and Technology), G. Chen munication, China Academy of Telecommuni- (University of Science and Technology of China) cations Technolog) 5. A Combined Approach for Receiver-based 7. TAP: An Adjustable Planar Structure for Adaptive MAC and Network Layers in Wireless Sensor Topology Control in Wireless Ad Hoc Networks Networks Z. Zhang, G. Zhang, X. Zhang, J. Fan M. do Val Machado (UFMG), R. A. F. Mini (Soochow University) (PUC Minas), A. A. F. Loureiro (UFMG) 8. A FCM-Based Peer Grouping Scheme for Node AHSN-05: Cross Layer Optimization Failure Recovery in Wireless P2P File Sharing X. Li, H. Ji (Beijing Univer- Room: Saal 5 sity of Posts and Telecommunications), F. R. Yu Time: Tue, 16 Jun, 10:50 am - 12:20 pm (Carleton University), R. Zheng (Beijing Univer- Chair: Cheng Li (Memorial Univ. of Newfoundland) sity of Posts and Telecommunications) 1. Cross-Layer Design of Networked Control 9. Multi-Hop Aggregate Information Efficiency in Systems Wireless Ad Hoc Networks M. Trivellato, N. Benvenuto (University of Padova) P. Nardelli, G. de Abreu (University of Oulu), 2. Bidirectional Packet Aggregation and Coding P. Cardieri (University of Campinas) for VoIP Transmission in Wireless Multi-Hop 10. A Body Surface Coordinator for Implanted Networks Biosensor Networks J. Hasegawa, H. Yomo, Y. Kondo, P. Davis, B. Zhen, K. Takizawa (NICT), T. Aoyagi R. Suzuki, S. Obana (ATR), K. Sakakibara (Tokyo Institute of Technology), R. Kohno (Okayama Prefectual University) (Division of Physics, Electrical & Computer Engi- 3. Fast Flooding using Cooperative Transmissions in neering) Wireless Networks 11. Reducing Average Power in Wireless Sensor M. Baghaie, B. Krishnamachari Networks Through Data Rate Adaptation (University of Southern California) S. Lanzisera, A. Mehta, K. Pister (UC Berkeley) 4. An Effective Cross-layer Packet Scheduling and 12. Fair and Flexible Budget-Based Clustering Routing Algorithm for Delay-Sensitive Media F. B. Abdesslem (UPMC Univ Paris 06), A. Ziviani Transmission over MANET (LNCC), M. D. de Amorim (UPMC Univ Paris 06), K. J. An, H. Song (POSTECH, Korea) P. Todorova (Fokus Berlin) 5. A PHY-MAC Cross-Layer Protocol for Ad Hoc 13. A Study on Collaborative Beamforming with Networks with Multiple-Antenna Nodes Protocol Defects in Wireless Ad Hoc Networks I. Spyropoulos, J. R. Zeidler K.-L. Kuo, H.-Y. Hsieh, P.-C. Yeh (University of California, San Diego) (National Taiwan University) AHSN-P2: AHSN Poster Session 2 14. Target Identification and Distributed Room: Poster Area 2 Cooperative Control of Sensor Networks Time: Tue, 16 Jun, 10:50 am - 12:20 pm A. Wang, V. Krishnamurthy Chair: Jun Zheng (University of Ottawa) (University of British Columbia) 1. Loop-Free Link Stability Metrics for Proactive AHSN-04: Cross Layer Optimization in Wireless Routing in Wireless Ad Hoc Networks Sensor Networks T. Yoshihiro (Wakayama University) Room: Saal 5 2. Deference Mechanisms Significantly Increase Time: Tue, 16 Jun, 9:00 am - 10:30 am the MAC Delay of Slotted CSMA/CA Chair: Ashfaq Khokhar G. Chalhoub, N. Hadid, A. Guitton, M. Misson (University of Illinois at Chicago) (LIMOS) 1. Cross-Layer Design for Energy Conservation in 3. Virtual Calibration for RSSI-Based Indoor Wireless Sensor Networks Localization with IEEE 802.15.4 F. Bouabdallah, N. Bouabdallah (INRIA-Rennes), P. Barsocchi, S. Lenzi (ISTI-CNR, Pisa), S. Chessa R. Boutaba (University of waterloo) (University of Pisa), G. Giunta (University of Roma Tre) 2. PRMAC: Pipelined Routing Enhanced MAC Protocol for Wireless Sensor Networks 4. Radar Sensor Network Using a New Triphase T. Canli, A. Khokhar Coded Waveform: Theory and Application (University of Illinois at Chicago) L. Xu, Q. Liang (UTA) 3. Energy Efficient Collision Aware Multipath 5. Power-Saving Geographic Routing in the Routing for Wireless Sensor Networks Presence of Location Errors Z. Wang, E. Bulut, B. K. Szymanski B. Peng, A. Kemp, H. Maheshwari (Rensselaer Polytechnic Institute) (University of Leeds)

41 6. Coordinated Transmission in Distributed Ad Hoc 2. QoS Enhancement and Performance Evaluation Peer-To-Peer (P2P) Communications of Ad-Hoc Routing Protocols for Rural Public W. Ni, H. Wang, Z. Li (Nokia) Safety C. Bohannan, L. Zhang, J. Tang, R. S. Wolff, 7. On Sensor Placement for Directional Wireless S. Wan, N. Gurdasani, D. Galarus Sensor Networks (Montana State University) Y. Osais, M. St-Hilaire, F. R. Yu (Carleton University) 3. Joint Effect of Multiple Correlated Cameras in Wireless Multimedia Sensor Networks 8. A Decision Theoretic Approach to Gaussian R. Dai, I. Akyildiz Sensor Networks (Georgia Institute of Technology) F. Davoli, M. Marchese, M. Mongelli (University of Genova) 4. Real-Time Traffic in Ad-Hoc Sensor Networks L. Bononi, L. Donatiello (University of Bologna), 9. On Reliable Transmission by Adaptive Network M. Furini Coding in Wireless Sensor Networks (University of Modena and Reggio Emilia) T.-G. Li, C.-C. Hsu, C.-F. Chou, C.-J. Lin (National Taiwan University) 5. Distributed Quality-Lifetime Maximization in Wireless Video Sensor Networks 10. An Energy-Efficient Cooperative SIMO E. Gurses (University of Waterloo), Y. Lin Transmission Scheme for Wireless Sensor (Center for Quantifiable QoS in Comm. Sys- Networks tems, NTNU), R. Boutaba C.-L. Wang, Y.-W. Huang, Y.-C. Huang (University of Waterloo) (National Tsing Hua University) AHSN-07: Cognitive and Mesh Networks 11. DVD based Moving Event Localization in Room: Saal 5 Multihop Cellular Sensor Networks Time: Tue, 16 Jun, 4:00 pm - 5:30 pm D. Chander, B. Jagyasi, U. B. Desai, Chair: Shahrokh Valaee S. N. Merchant (University of Toronto) (Indian Institute of Technology Bombay) 1. Relay-assisted Routing in Cognitive Radio 12. Hybrid Resource Allocation in Wireless Ad Hoc Networks Networks J. Jia, J. Zhang, Q. Zhang (Hong Kong Univer- C. Liu, M. H. MacGregor, J. Harms, C. Phelps sity of Science and Technology) (University of Alberta) 2. Voice Service Support over Cognitive Radio 13. A Dynamic Ultrapeers Selection Policy for Networks Collaborative Virtual Environments over Mobile P. Wang, D. Niyato Ad Hoc Networks (Nanyang Technological University), H. Jiang A. Boukerche (University of Ottawa), R. Araujo (University of Alberta) (Federal University of São Carlos SP), A. Zarrad (University of Ottawa) 3. Optimizing Access Radio in Multi-Radio Mesh Network 14. An Analytical Model for the Contention Access Q. Zhang, C. Lim (HKUST) Period of the Slotted IEEE 802.15.4 with Service Differentiation 4. Contention-Aware Cooperative Routing in E. D. Ngangue Ndih (Swiss Federal Insti- Wireless Mesh Networks tute of Technology in Lausanne (EPFL)), J. Zhang, Q. Zhang (Hong Kong University of Sci- N. Khaled (Universidad Carlos III Madrid), ence and Technology) G. De Micheli (Swiss Federal Institute of Technol- ogy in Lausanne (EPFL)) 5. Capacity Analysis and Experimental Study with Multiple Interfaces and Multiple Channels in 15. Load Aware Broadcast in Mobile Ad Hoc 802.11 Mesh Networks Networks C. Liu M. T. Al Amin, S. Barua, S. Vhaduri, A. Rahman (Shanxi Datong University, Tianjin University), (Bangladesh University of Engineering and Tech- Y. Shu, L. Zhang (Tianjin University) nology) AHSN-08: Topology Management AHSN-06: Quality of Service Room: Konferenz 6 Room: Saal 5 Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Chair: Ahmed Kamal Chair: Kemal Akkaya (Iowa State University) (Southern Illinois University Carbondale) 1. Backbone Construction for Heterogeneous 1. Self-Actuation of Camera Sensors for Redundant Wireless Ad Hoc Networks Data Elimination in Wireless Multimedia Sensor H. Guo, Y. Qian Networks (National Institute of Standards and Technology), A. Newell, K. Akkaya K. Lu (University of Puerto Rico), N. Moayeri (Southern Illinois University Carbondale) (National Institute of Standards and Technology)

4242 2. A Set of Topological Graphs for 2-D Sensor Ad 3. Efficient Greedy Geographical Non-Planar Hoc Networks Routing with Reactive Deflection T. El Salti, N. Nasser (University of Guelph), F. Theoleyre (CNRS), E. Schiller, A. Duda T. Taleb (Tohoku University) (Grenoble INP)

3. On the Minimum k-Connectivity Repair in 4. Efficient Adaptive Routing in Delay Tolerant Wireless Sensor Networks Networks H. Almasaeid, A. Kamal (Iowa State University) C. Liu, J. Wu (Florida Atlantic University) 4. Connectivity of Finite Wireless Networks with Random Communication Range Nodes 5. Design of a Delay-Based Routing Protocol for S. Bermudez, S. Wicker (Cornell University) Multi-Rate Multi-Hop Mobile Ad Hoc Networks S. Murthy, P. Hegde, A. Sen 5. Minimum Energy Strong Bidirectional Topology (Arizona State University) for Ad Hoc Wireless Sensor Networks Y. P. Aneja, A. Bari, A. Jaekel AHSN-11: Deployment Strategies (University of Windsor), R. Chandrasekaran (University of Texas at Dallas), K. P. K. Nair Room: Konferenz 5 (University of New Brunswick) Time: Wed, 17 Jun, 10:50 am - 12:20 pm Chair: Mohamed Ibnkahla AHSN-09: Medium Access Control (Queen’s University) Room: Konferenz 5 1. Localized Sensor Self-deployment for Time: Wed, 17 Jun, 9:00 am - 10:30 am Guaranteed Coverage Radius Maximization Chair: Jalel Ben-othman X. Li (University of Ottawa), H. Frey (University of Versailles) (University of Paderborn), N. Santoro 1. A Directional MAC Protocol with Deafness (Carleton University), I. Stojmenovic Avoidance for UWB Wireless Sensor Networks (University of Ottawa) E. Karapistoli (Aristotle University of Thessaloniki), I. Gragopoulos, I. Tsetsinas 2. Problem-Specific Encoding and Genetic (CERTH - Informatics and Telematics Institute), Operation for a Multi-Objective Deployment F.-N. Pavlidou (Aristotle University of Thessaloniki) and Power Assignment Problem in Wireless Sensor Networks 2. A High Throughput Load Balance Algorithm for A. Konstantinidis, K. Yang, Q. Zhang Multichannel Wireless Sensor Networks (University of Essex) M. Song, Y. Zhao, J. Wang (Old Dominion University), E. K. Park 3. Exposure-Path Prevention in Directional Sensor (University of Missouri at Kansas City) Networks Using Sector Model Based Percolation L. Liu, X. Zhang (Texas A&M University), H. Ma 3. An Efficient MAC Layer Handoff Scheme for (Beijing University of Posts and Telecomm) WiFi-Based Multichannel Wireless Mesh Networks Z. Zhang, A. Boukerche (University of Ottawa) 4. Potential Field Approach to Ensure Connectivity 4. OFDMA Based Multiparty Medium Access and Differentiated Detection in WSN Deployment Control in Wireless Ad Hoc Networks N. Aitsaadi (University of Paris 6 - UPMC), M. Veyseh (University of California, Santa Cruz), N. Achir, K. Boussetta (University of Paris 13), J. J. Garcia-Luna-Aceves G. Pujolle (University of Paris 6 - UPMC) (Palo Alto Research Center (PARC)), H. R. Sadjadpour 5. Connectivity Optimization for Wireless Sensor (University of California, Santa Cruz) Networks Applied to Forest Monitoring F. Al-Turjman, H. Hassanein, M. Ibnkahla 5. An Enhanced Multiple-Feedback Algorithm for (Queen’s University) RFID MAC Protocols Y.-C. Ko (Samsung Networks Inc., Korea), S. Roy AHSN-12: Link Layer (Univ. of Washington), C.-H. Cho, H.-W. Lee (Korea Univ., Korea) Room: Konferenz 6 Time: Wed, 17 Jun, 10:50 am - 12:20 pm AHSN-10: Routing Protocols Chair: Falko Dressler (University of Erlangen) Room: Konferenz 6 1. A Robust Approach to Carrier Sense for MIMO Time: Wed, 17 Jun, 9:00 am - 10:30 am Ad Hoc Networks Chair: Karim Seada E. Coviello (University of Padova), A. Bhorkar (Nokia Research Center) (University of California, San Diego), F. Rossetto 1. Energy Saving Ad-hoc On-Demand Distance (DLR (German Aerospace Center)), B. D. Rao Vector Routing for Mobile Ad-Hoc Networks (University of California San Diego), M. Zorzi P. Ren, J. Feng, P. Hu (Xi’an Jiaotong University), (University of Padova) J. Cai (University of Manitoba) 2. Interferer Classification, Channel Selection and 2. FSA: A Fast Coordination Scheme for Transmission Adaptation for Wireless Sensor Opportunistic Routing Networks Z. Yang, K. Zeng, W. Lou K. Chowdhury, I. Akyildiz (Worcester Polytechnic Institute) (Georgia Institute of Technology)

43 3. Idle Channel Time Estimation in Multi-Hop 3. Using Area Hierarchy for Multi-Resolution Wireless Networks Storage and Search in Large Wireless Sensor S. Odou, S. Martin, K. Al Agha Networks (University of Paris-Sud) K. Iwanicki, M. van Steen (Vrije Universiteit Amsterdam) 4. Cooperative Communication Techniques for Wireless OFDMA-Based Ad-Hoc Networks 4. Replica Arrangement Scheme for Location S. Sergi, F. Pancaldi, G. M. Vitetta Dependent Information on Sensor Networks with (University of Modena e Reggio Emilia) Unpredictable Query Frequency S. Ishihara (Shizuoka University), T. Suda 5. On the Log-Normal Fading Networks: Power (University of California, Irvine) Control and Spatial Reuse 5. Efficient Resource Discovery in Mobile Ad Hoc Q. Wang, P. Fan (Tsinghua University), K. Letaief Networks (Hong Kong University of Science and Technol- R. Thanawala, J. Wu (Florida Atlantic University), ogy) A. Srinivasan AHSN-13: Reliable Data Delivery (Bloomsburg University of Pennsylvania) Room: Konferenz 5 AHSN-15: Network Longevity Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Room: Konferenz 5 Chair: Mina Guirguis (Texas State University) Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Maggie Cheng 1. Mechanism for Maximizing Area-Centric Coding (Missouri Univ. of Science and Technology) Gains in Wireless Multihop Networks Y. Yan (Chinese Academy of Sciences), 1. Improving Sensor Network Lifetime Through B. Zhang, Z. Zhao (Graduate University of Chi- Hierarchical Multihop Clustering nese Academy of Sciences), X. Shen M. Cheng, X. Gong (Missouri S&T), S. Huang (School of computing and engineering, Univer- (City University of Hong Kong) sity of Missouri), J. Ma (Nokia Research Center) 2. Minimizing Energy Consumption in IR-UWB Based Wireless Sensor Networks 2. Reliability and Efficiency Analysis of Distributed T. Wang, W. Heinzelman, A. Seyedi Source Coding in Wireless Sensor Networks (University of Rochester) C. Fischione (KTH), S. Tennina, F. Santucci, F. Graziosi (University of L’Aquila) 3. Investigating Multiple Alternating Cooperative Broadcasts to Enhance Network Longevity 3. Multipath Distributed Data Reliability for Wireless A. Kailas, M. A. Ingram (Georgia Tech) Sensor Networks 4. Heuristics for Lifetime Maximization in Wireless S. Qaisar, H. Radha (Michigan State University) Sensor Networks with Multiple Mobile Sinks 4. HybridCast: A Hybrid Probabilistic/Deterministic S. Basagni (Northeastern University), A. Carosi, Approach for Adjustable Broadcast Reliability in C. Petrioli (Univesity of Rome La Sapienza), Mobile Wireless Ad Hoc Networks C. Phillips (Sandia National Laboratories) T. Pongthawornkamol, K. Nahrstedt 5. Lifetime Optimization for Wireless Sensor (University of Illinois at Urbana-Champaign), Networks Using the Nonlinear Battery Current G. Wang (Boeing Phantom Works) Effect J. Zhang, S. Ci, H. Sharif, M. Alahmad 5. Throughput/Reliability Tradeoffs in Spread (University of Nebraska Lincoln) Spectrum Multi-Hop Ad-Hoc Wireless Networks with Multi-Packet Detection AHSN-16: Modeling D. Truhachev (University of Alberta), S. Nagaraj (Qualcomm), C. Schlegel (University of Alberta) Room: Konferenz 6 Time: Wed, 17 Jun, 4:00 pm - 5:30 pm AHSN-14: In-network Data Storage and Query Chair: Paolo Santi (IIT-CNR) Optimization 1. Component Based Performance Modelling of Room: Konferenz 6 Wireless Routing Protocols Time: Wed, 17 Jun, 2:00 pm - 3:30 pm J. Baras, V. Tabatabaee, P. Purkayastha, Chair: Salah A. Aly (Iowa State University) K. Somasundaram (University of Maryland)

1. Querying Peak Regions on Wireless Sensor 2. Latency and Capacity Optimal Broadcasting in Network Wireless Multihop Networks S. Xiong, J. Li (Harbin Institute of Technology), G. Resta, P. Santi (IIT CNR) L. Chen (Hong Kong University of Sci- 3. Low Bound of Energy-Latency Trade-Off of ence and Technology), X. Wang Opportunistic Routing in Multi-Hop Networks (Shanghai Jiaotong University) R. Zhang, J.-M. Gorce, K. Jaffrès-Runser (INSA-Lyon) 2. Distributed Flooding-Based Storage Algorithms for Large-Scale Wireless Sensor Networks 4. Energy Efficient Routing in Ad Hoc Networks with S. A. Aly (Cairo University), M. Youssef Nakagami-m Fading Channels (Nile University), H. S. Darwish (Cairo University), Q. Li (Carnegie Mellon University), P. Fan M. Zidan (Ain Shams University) (Tsinghua University), D. Wu (University of Florida)

4444 5. Throughput Scaling of Wireless Networks With Random Connections S. Cui (Qualcomm, Inc), A. M. Haimovich Communication and Information (New Jersey Institute of Technology), O. Somekh, H. V. Poor (Princeton University), S. Shamai Systems Security Symposium (Technion)

CISS-01: Wireless Network Security Room: Konferenz 5 Time: Mon, 15 Jun, 10:50 am - 12:20 pm Chair: Jian Ren (Michigan State University)

1. DSC: Cooperation Incentive Mechanism for Multi-Hop Cellular Networks M. Mahmoud, X. Shen (University of Waterloo)

2. Fragmentation and AES Encryption Overhead in Very High-Speed Wireless LANs A. Olteanu, Y. Xiao (The University of Alabama)

3. Spectrally Efficient Anti-Jamming System Design using Message-Driven Frequency Hopping L. Zhang, J. Ren, T. Li (Michigan State University)

4. Towards a Taxonomy of Wired and Wireless Anonymous Networks D. Kelly, R. Raines, R. Baldwin, B. Mullins, M. Grimaila (Air Force Institute of Technology)

5. Verification of Secret Key Generation from UWB Channel Observations M. G. Madiseh, S. He, M. McGuire, S. Neville, X. Dong (University of Victoria)

CISS-02: Sensor Network Security Room: Konferenz 5 Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Chair: Rahul Khanna (Intel)

1. Reduced Complexity Intrusion Detection in Sensor Networks using Genetic Algorithm R. Khanna (Intel Corporation), H. Liu (Oregon State University), H.-H. Chen (National Cheng Kung University)

2. Protecting Location Privacy in Large-Scale Wireless Sensor Networks L. Kang (Xidian University)

3. An Approach for Increasing Base-Station Anonymity in Sensor Networks U. Acharya, M. Younis (University of Maryland, Baltimore County)

4. A Unified Approach to Network Traffic and Network Security Visualisation H. Read, A. Blyth, I. Sutherland (University of Glamorgan)

5. Routing-Based Source-Location Privacy in Wireless Sensor Networks J. Ren, Y. Li, T. Li (Michigan State University)

CISS-P1: Information Systems Security I Room: Poster Area 1 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Chair: Gail-Joon Ahn (Arizona State University)

45 1. Towards a Denial-of-Service Resilient Design of CISS-03: Intrusion Detection and Denial of Complex IPsec Overlays Service M. Brinkmeier, M. Rossberg, G. Schaefer Room: Konferenz 5 (Technische Universität Ilmenau) Time: Tue, 16 Jun, 9:00 am - 10:30 am Chair: Christian Callegari (University of Pisa) 2. Public Key-Based Rendezvous Infrastructure for Secure and Flexible Private Networking 1. Modeling Human Behavior for Defense Against A. Kubota, Y. Miyake Flash-Crowd Attacks (KDDI R&D Laboratories Inc.) G. Oikonomou (University of Delaware), 3. Identifying the Use of Data/Voice/Video-Based J. Mirkovic (Information Sciences Institute, Uni- P2P Traffic by DNS-Query Behavior versity of Southern California) H.-S. Wu, N.-F. Huang, G.-H. Lin 2. Static Analysis of Executables for Collaborative (National Tsing Hua University) Malware Detection on Android 4. Combining Hidden Markov Models for Improved A.-D. Schmidt, R. Bye, H.-G. Schmidt, J. Clausen Anomaly Detection (Technische Universität Berlin), O. Kiraz, W. Khreich, E. Granger, R. Sabourin K. A. Yüksel (Sabanci University Istanbul), (École de Technologie Supérieure (ETS)), A. Miri S. A. Camtepe, S. Albayrak (University of Ottawa) (Technische Universität Berlin)

5. Design and Analysis of a Hierarchical IP 3. On the Use of Compression Algorithms for Traceback System Network Anomaly Detection A. Dabir, A. Matrawy (Carleton University) C. Callegari, S. Giordano, M. Pagano (University of Pisa) 6. Dynamic Resiliency Analysis of Key Predistribution in Wireless Sensor Networks 4. Sensitivity Analysis of Burst Detection and RF A. O. Durahim, A. Levi (Sabanci University) Fingerprinting Classification Performance R. Klein, M. Temple, M. Mendenhall, D. Reising 7. Defending Wireless Sensor Networks Against (AF Institute of Technology) Correlation and Middle-Man Attack J. Wang, H. Choi, C. Y. Jung 5. Information Theoretic Approach for (Virginia Commonwealth Univ) Characterizing Spam Botnets Based on Traffic Properties 8. Avoiding Eclipse Attacks on Kad/Kademlia: An K. Smith, E. Al-Shaer, K. Elbadawi Identity Based Approach (DePaul University) R. Fantacci, L. Maccari, M. Rosi, L. Chisci (Università di Firenze), L. M. Aiello, M. Milanesio CISS-04: Authentication (Università di Torino) Room: Konferenz 5 9. Implementing Secure P2P-ONS Time: Tue, 16 Jun, 10:50 am - 12:20 pm B. Fabian (Humboldt-Universität zu Berlin) Chair: Silvana Greco Polito (University of Palermo) 10. On the Security Performance of Physical-Layer Network Coding 1. Extending the Inter-Domain PCE Framework for K. Lu (University of Puerto Rico at Mayaguez), Authentication and Authorization in GMPLS S. Fu (University of North Texas), Y. Qian Networks (National Institute of Standards and Technology), S. G. Polito, M. Chamania, A. Jukan T. Zhang (New York Institute of Technology) (Technische Universität Carolo- 11. Privacy-Enhanced User-Centric Identity Wilhelmina zu Braunschweig) Management 2. An Insider-Resistant Group Key Exchange G.-J. Ahn (Arizona State University), M. Ko, Protocol without Signatures M. Shehab (UNC Charlotte) H. Huang (Department of Computer Sci- 12. An Automatic and Dynamic Parameter Tuning of ence and Engineering), Z. Cao a Statistics-based Anomaly Detection Algorithm (Shanghai Jiao Tong University) Y. Himura (The University of Tokyo), K. Fukuda (National Institute of Informatics / PRESTO, JST), 3. Using Session Identifiers as Authentication K. Cho (Internet Initiative Japan), H. Esaki Tokens (The University of Tokyo) L. Chen, D. Feng, Z. Shi, F. Zhou (Huazhong Uni- versity of Science and Technology) 13. On the Use of Admission Control for Better Quality of Security 4. Authentication Tests Based on Test Type Matrix S. Radosavac, U. C. Kozat, J. Kempf A. Zhang, J. Tang, P. Wang (Docomo USA Labs) (Shanghai Jiao Tong University)

14. A Progressive Chaotic MPEG-4 Video Encryption 5. Feature Analysis of Mouse Dynamics in Identity Scheme for Wireless Networks Authentication and Monitoring M. Hamdi, N. Boudriga (Communication Net- C. Shen, Z. Cai, X. Guan, H. Sha, J. Du works and Security Research Lab) (Xi’an Jiaotong University)

4646 CISS-05: Information Hiding and Watermarking CISS-P2: Information Systems Security II Room: Konferenz 5 Room: Poster Area 1 Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Chair: Min-Jen Tsai Chair: Raphael Phan (National Chiao-Tung University) (Loughborough University)

1. Robust Multiplicative Audio and Speech 1. Optimized TCP/IP Covert Channels Detection, Watermarking using Statistical Modeling IDS and Firewall Integration and Simulation M. A. Akhaee S. Hammouda (supcom), Z. Trabelsi (Sharif University of Technology, Iran), (UAE University) N. K. Kalantari 2. A Lightweight Fast Handover Authentication (Amirkabir University of Technology, Iran), Scheme in Mobile Networks F. Marvasti (Sharif University of Technology, Iran) Y. Qiu, F. Bao, Y. Wu, Y. Yang 2. An M-Sequence Based Steganography Model (Institute for Infocomm Research) for Voice Over IP 3. On Hashing with Tweakable Ciphers H. Tian, K. Zhou (Huazhong University of Sci- R. C.-W. Phan (Loughborough University), ence and Technology), H. Jiang J.-P. Aumasson (FHNW) (University of Nebraska-Lincoln), J. Liu (Huazhong University of Science and Technol- 4. Quantum Coin-Flipping-Based Authentication ogy), Y. Huang (Tsinghua University), D. Feng S. Rass, P. Schartner, M. Greiler (Huazhong University of Science and Technol- (Klagenfurt University) ogy) 5. Iris Recognition using Combination of Dual Tree 3. Multipurpose Image Watermarking Based on the Rotated Complex Wavelet and Dual Tree Wavelet Tree Contrast Level Transformation Complex Wavelet M.-J. Tsai, C.-H. Shen, J. Liu R. Bodade (Military College of Telecommunica- (National Chiao Tung University) tion Engineering, Mhow), S. N. Talbar (SGGS Institute of Engineering and Technol- 4. Tracing Stateful Pirate Decoders ogy, Nanded) Y. Wu, F. Bao, Y. Qiu (Institute for Infocomm Research) 6. On Accurate and Scalable Anomaly Detection in Next Generation Mobile Network 5. Information Hiding with Optimal Detector for F. Hashim, A. Jamalipour (University of Sydney) Highly Correlated Signals S. M. E. Sahraeian (Texas A&M University), 7. Authentication in 802.11 LANs using a Covert M. A. Akhaee, F. Marvasti Side Channel (Sharif University of Technology, Iran) T. E. Calhoun Jr., R. Newman, R. Beyah (Georgia State University) CISS-06: Deployment and Management of Security Policies 8. Design and Implementation of Physical Layer Private Key Setting for Wireless Networks Room: Konferenz 5 L. Mucchi (University of Florence), L. S. Ronga Time: Tue, 16 Jun, 4:00 pm - 5:30 pm (CNIT, University of Florence unit), E. Del Re Chair: Zonghua Zhang (University of Florence and CNIT) (National Inst. of Inform. and Comm. Techn.) 9. SB-RAWVec - A Semi-Blind Watermarking 1. Using GMM and SVM-Based Techniques for the Method for Vector Maps Classification of SSH-Encrypted Traffic K. Magalhaes, R. Dahab (UNICAMP) M. Dusi, A. Este, F. Gringoli, L. Salgarelli 10. Discernibility Analysis and Accuracy (Universita’ degli Studi di Brescia) Improvement of Machine Learning Algorithms 2. Distributed Usage Control Architecture for for Network Intrusion Detection Business Coalitions S. Li, Y. Luo (University of Massachusetts Lowell) M. Stihler, A. O. Santin, A. O. Calsavara, 11. Policy-Based Security Configuration A. L. Marcon Jr. Management, Application to Intrusion Detection (Pontifical Catholic University of Paraná) and Prevention 3. Security Games with Incomplete Information K. Alsubhi, I. Aib (University of Waterloo), K. C. Nguyen J. François (CNRS, INRIA, Nancy Université), (University of Illinois Urbana-Champaign), R. Boutaba (University of Waterloo) T. Alpcan (Deutsche Telekom Laboratories), 12. JUST-Google: A Search Engine-Based Defense T. Basar (University of Illinois Urbana-Champaign) Against Botnet-Based DDoS Attacks 4. Sensitive Data Requests: Do Sites Ask Correctly? B. Al-Duwairi C. Shue, M. Gupta (Indiana University) (Jordan University of Science and Technology), G. Mainimaran (Iowa State University) 5. On Achieving Cost-Sensitive Anomaly Detection and Response in Mobile Ad Hoc Networks 13. Detecting Malicious Packet Dropping in the Z. Zhang (NICT), P.-H. Ho (University of Waterloo), Presence of Collisions and Channel Errors in F. Naït-Abdesselam (University of Lille) Wireless Ad Hoc Networks T. Hayajneh, P. Krishnamurthy, D. Tipper, T. Kim (University of Pittsburgh)

47 14. Implementation of a Chaotically Encrypted 1. Performance of Host Identity Protocol on Wireless Communication System Symbian OS A. M. Abid, Q. Nasir, A. S. Elwakil A. Khurri, D. Kuptsov, A. Gurtov (University of Sharjah) (Helsinki Institute for Information Technology)

CISS-07: Application Layer Security 2. End-Host Authentication and Authorization for Middleboxes based on a Cryptographic Room: Seminar 1 Namespace Time: Wed, 17 Jun, 9:00 am - 10:30 am T. Heer, R. Hummen (RWTH Aachen University), Chair: Davide Ariu (University of Cagliari) M. Komu (Helsinki University of Technology), S. Götz, K. Wehrle (RWTH Aachen University) 1. Distributed Phishing Detection by Applying Variable Selection using Bayesian Additive 3. Performance-Aware Security of Unicast Regression Trees Communication in Hybrid Satellite Networks S. Abu-Nimeh, D. Nappa, X. Wang, S. Nair A. Roy-Chowdhury, J. Baras (SMU HACNet Lab) (University of Maryland)

2. Revealing Social Networks of Spammers Through 4. CLACK: A Network Covert Channel Based on Spectral Clustering Partial Acknowledgment Encoding K. Xu (University of Michigan), M. Kliger X. Luo, E. W. W. Chan, R. K. C. Chang (Medasense Biometrics Ltd.), Y. Chen, P. Woolf, (The Hong Kong Polytechnic University) A. O. Hero III (University of Michigan) 5. VoIP Malware: Attack Tool & Attack Scenarios M. Nassar, R. State, O. Festor (INRIA) 3. Trust-Based Data Disclosure in Sensor Networks E. Aivaloglou, S. Gritzalis CISS-10: Special Topics on Information Security (University of the Aegean) Room: Seminar 2 4. HMM-Web: A Framework for the Detection of Time: Wed, 17 Jun, 10:50 am - 12:20 pm Attacks against Web Applications Chair: Jianku Hu (RMIT University) I. Corona, D. Ariu, G. Giacinto (University of Cagliari) 1. Message Origin Authentication and Integrity Protection in Chaos-based Optical 5. A Secure Solution for Ubiquitous Multimedia Communication Broadcasting P. Rizomiliotis (University of the Aegean), S. Lian, Y. Dong, H. Wang A. Bogris, D. Syvridis (University of Athens) (France Telecom R&D (Orange Labs) Beijing) 2. Security in Advanced Optical Communication CISS-08: Cryptography and Cryptographic Networks Procedures S. Kartalopoulos (The University of Oklahoma) Room: Seminar 2 3. EPSON: Enhanced Physical Security in OFDM Time: Wed, 17 Jun, 9:00 am - 10:30 am Networks Chair: Aldar Chun-Fai Chan F. He, H. Man (Stevens Institute of Technology), (National University of Singapore) D. Kivanc (WVU Institute of Technology), B. McNair (Stevens Institute of Technology) 1. Efficient and Adaptively Secure Append-Only Signature 4. Biometric Mobile Template Protection: A Y. Cui (AIST), M. Li (University of Tokyo), Composite Feature based Fingerprint Fuzzy Vault K. Yokoyama (Chuo University), H. Imai K. Xi, J. Hu (RMIT University) (Chuo University /AIST) 5. (A Novel) Complexity Metric of FH/SS Sequences Using Approximate Entropy 2. A Scalable Block Cipher Design using Filter Z. Li, J. Cai, X. Lu, J. Si (State Key Laboratory of In- Banks and Lifting over Finite Fields tegrated Services Networks XiDian University) S. Saraireh, M. Benaissa (Uinveristy of Sheffield) CISS-11: Privacy and Peer to Peer Security 3. Error-Tolerant Searchable Encryption J. Bringer, H. Chabanne, B. Kindarji Room: Seminar 1 (Sagem Sécurité - Télécom ParisTech) Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Chair: Madhumita Chatterjee (IIT Bombay) 4. Symmetric-Key Homomorphic Encryption for Encrypted Data Processing 1. Anonymous and Authenticated Routing in A. C.-F. Chan (National University of Singapore) Multi-Hop Cellular Networks M. Mahmoud, X. Shen (University of Waterloo) 5. Cryptanalysis of Substitution Cipher Chaining Mode (SCC) 2. Preserving Privacy for Location-Based Services M. A. El-Fotouh, K. Diepold with Continuous Queries (Technische Universität München) Y. Wang, L. Wang, B. C. M. Fung (Concordia University) CISS-09: IP Security 3. A Chaotic Maps-Based Key Agreement Protocol Room: Seminar 1 that Preserves User Anonymity Time: Wed, 17 Jun, 10:50 am - 12:20 pm H.-R. Tseng, R.-H. Jan, W. Yang Chair: Huw Read (University of Glamorgan) (National Chiao Tung University)

4848 4. Speeding Up Homomorpic Hashing Using GPUs K. Zhao, X. Chu (Hong Kong Baptist University), CISS-14: Vulnerabilities and Malicious Behavior M. Wang (University of Calgary), Y. Jiang Room: Seminar 2 (Tsinghua University) Time: Wed, 17 Jun, 4:00 pm - 5:30 pm 5. Dynamic Policy Based Model for Trust Based Chair: Jon Wallace Access Control in P2P Applications (Jacobs University Bremen) M. Chatterjee, G. Sivakumar, B. Menezes (Indian Institute of Technology) 1. BlueBat: Towards Practical Bluetooth Honeypots A. Galante, A. Kokos, S. Zanero CISS-12: Distributed Systems Security (Politecnico di Milano) Room: Seminar 2 2. An Automated Signature Generation Approach Time: Wed, 17 Jun, 2:00 pm - 3:30 pm for Polymorphic Worm Based on Color Coding Chair: Kaliappa Ravindran J. Wang, J. Wang (Central South University), (City University of New York) J. Chen, X. Zhang (Texas A&M University)

1. Pollution Resilience for DNS Resolvers 3. A Mathematical View of Network-Based A. Kalafut, M. Gupta (Indiana University) Suppressions of Worm Epidemics N. Jamil (Southern Methodist University), T. Chen 2. Secure Browser-Based Access to Web Services (Swansea University) L. Lo Iacono, H. Rajasekaran (NEC Europe Ltd.) 4. A First Order Logic Security Verification Model for 3. Flexible Single Sign-On for SIP: Bridging the SIP Identity Chasm D. Geneiatakis, C. Labrinoudakis, P. Nie, J.-M. Tapio, S. Tarkoma, J. Heikkinen G. Kambourakis, A. Kafkalas (Helsinki University of Technology) (University of the Aegean), S. Ehlert 4. Reconfigurable Peer-to-Peer Connectivity (Fraunhofer FOKUS) Overlays for Information Assurance Applications 5. Secure Physical Layer Key Generation Schemes: K. Ravindran (City University of New York) Performance and Information Theoretic Limits 5. Extracting Attack Sessions from Real Traffic with J. Wallace (Jacobs University Bremen) Intrusion Prevention Systems I.-W. Chen, P.-C. Lin, C.-C. Luo, T.-H. Cheng, Y.-D. Lin (National Chiao Tung University), Y.-C. Lai (National Taiwan University of Sci- ence and Technology), F. C. Lin (Cisco) CISS-13: Metrics and Performance Evaluation Room: Seminar 1 Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Felix Gomez Marmol (University of Murcia)

1. Security Analysis of Enterprise Network Based on Stochastic Game Nets Model Y. Wang, C. Lin, Y. Wang, K. Meng (Tsinghua University) 2. Compact DFA Structure for Multiple Regular Expressions Matching W. Lin (Tsinghua University and City Univer- sity of Hong Kong), Y. Tang, B. Liu (Tsinghua University), D. Pao (City University of Hong Kong), X. Wang (Dublin City University) 3. Lightweight Static Analysis to Detect Polymorphic Exploit Code with Static Analysis Resistant Technique D. Kim, I. Kim, J. Oh, H. Cho (Electronics and Telecommunications Re- search Institute, Korea) 4. Monitoring Abnormal Traffic Flows Based on Independent Component Analysis T. Qin, X. Guan, W. Li, P. Wang (Xi’an Jiaotong University) 5. TRMSim-WSN, Trust and Reputation Models Simulator for Wireless Sensor Networks F. G. Marmol, G. M. Perez (University of Murcia)

49 5. Capacity Analysis for MIMO Two-Hop Amplify-and-Forward Relaying Systems with the Communication Theory Source to Destination Link A. Firag, P. J. Smith (University of Canterbury), Symposium M. R. McKay (Hong Kong University of Sci- ence and Technology)

CT-03: Network Information Theory CT-01: Relaying Room: Konferenz 3 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Room: Konferenz 3 Chair: Raviraj Adve (University of Toronto) Time: Mon, 15 Jun, 10:50 am - 12:20 pm Chair: Aylin Yener 1. Achievable Rates for the Gaussian Relay (Pennsylvania State University) Interferer Channel with a Cognitive Source A. Zaidi, L. Vandendorpe 1. On Quantizer Design for Soft Values in the (Université Catholique de Louvain) Multiple-Access Relay Channel G. Zeitler, R. Koetter 2. On the Capacity Region of the Gaussian (Technische Universität München), G. Bauch Multiple Access Channel with Noisy Feedback (Universität der Bundeswehr München), R. Tandon, S. Ulukus (University of Maryland) J. Widmer (DoCoMo Eurolabs) 3. The Interference-Multiple-Access Channel E. Perron, S. Diggavi, E. Telatar (EPFL) 2. Near-Optimal Relaying Strategy for Cooperative Broadcast Channels 4. Ergodic Secrecy Capacity Region of the Fading H. Ning, C. Ling, K. K. Leung Broadcast Channel (Imperial College London) E. Ekrem, S. Ulukus (University of Maryland, College Park) 3. Optimization for Fractional Cooperation in 5. ARQ-Based Secret Key Sharing Multiple-Source Multiple-Relay Systems M. A. Latif, A. Sultan (Nile University), H. El Gamal J. P. K. Chu (University of Toronto), A. W. Eckford (Ohio State University) (York University), R. S. Adve (University of Toronto) CT-04: Ad Hoc Network Capacity 4. Opportunities, Constraints, and Benefits of Relaying in the Presence of Interference Room: Konferenz 3 P. Rost, G. Fettweis Time: Tue, 16 Jun, 9:00 am - 10:30 am (Technische Universität Dresden), J. N. Laneman Chair: Cedric Westphal (University of Notre Dame) (Docomo Labs USA)

5. Information Combining for Relay Networks 1. Spatial Multiplexing with MRC and ZF Receivers V. Kuehn, S. Vorkoeper (University of Rostock) in Ad Hoc Networks R. H. Y. Louie (University of Sydney), M. R. McKay CT-02: Two-way Relaying (Hong Kong University of Science & Technology), I. B. Collings (CSIRO) Room: Konferenz 3 Time: Mon, 15 Jun, 2:00 pm - 3:30 pm 2. Transmission Capacities for Overlaid Wireless Ad Chair: Sennur Ulukus Hoc Networks with Outage Constraints (University of Maryland) C. Yin (Beijing University of Posts and Telecom- munications), L. Gao, T. Liu, S. Cui 1. Power Allocation for Multi-Access Two-Way (Texas A&M University) Relaying 3. Transmission Capacity of Two-Way M. Chen, A. Yener Communication in Wireless Ad Hoc Networks (The Pennsylvania State University) K. T. Truong (The University of Texas at Austin), S. Weber (Drexel University), R. W. Heath Jr. 2. Adaptive Power Allocation in Two-Way (The University of Texas at Austin) Amplify-and-Forward Relay Networks X. J. Zhang, Y. Gong 4. A Study of the Percolation Threshold for (Nanyang Technological University) k-Collaborative Wireless Networks C. Westphal (Docomo) 3. On the Capacity of Bidirectional Broadcast Channels under Channel Uncertainty 5. Network Coding Does Not Change the Multicast R. F. Wyrembelski, I. Bjelakovic throughput Order of Wireless Ad Hoc Networks (Technical University of Berlin), T. J. Oechtering S. Karande, Z. Wang, H. R. Sadjadpour, (Royal Institute of Technology), H. Boche J. J. Garcia-Luna-Aceves (Technical University of Berlin) (University of California, Santa Cruz) CT-P1: Poster Session I 4. A Generalized Two-Way Relay Channel with Private Information for the Relay Room: Poster Area 2 C. K. Ho, K. T. Gowda, S. Sun Time: Tue, 16 Jun, 9:00 am - 10:30 am (Institute for Infocomm Research) Chair: Virgilio Rodriguez (RWTH Aachen)

5050 1. Arbitrarily Tight Upper and Lower Bounds on the 13. Compressed Sensing Maximum Likelihood Gaussian Q-Function and Related Functions Channel Estimation for Ultra-Wideband Impulse G. T. Freitas de Abreu (University of Oulu) Radio T. C.-K. Liu, X. Dong, W.-S. Lu 2. A Transmission Scheme for Continuous ARQ (University of Victoria) Protocols over Underwater Acoustic Channels M. Gao, W.-S. Soh 14. A Greedy Cophasing Scheme for MIMO (National University of Singapore), M. Tao Beamforming Systems Using Quantized (Shanghai Jiao Tong University) Feedback Y. G. Kim (University of Seoul), N. C. Beaulieu 3. Improving the Performance of LP Decoders for (University of Alberta) Cyclic Codes CT-05: Wireless Networks M. R. Heidarpour, M. Modarres-Hashemi, M. Khosravifard Room: Konferenz 3 (Isfahan University of Technology, Iran), Time: Tue, 16 Jun, 10:50 am - 12:20 pm T. A. Gulliver (University of Victoria) Chair: Mustafa Cenk Gursoy (University of Nebraska-Lincoln) 4. Low Complexity Encoder for Generalized Quasi-Cyclic Codes Coming from Finite 1. Completion Time Minimization and Robust Power Geometries Control in Wireless Packet Networks V. Tam Van, H. Matsui, S. Mita C. T. K. Ng, M. Médard, A. Ozdaglar (Toyota Technological Institute) (Massachusetts Institute of Technology) 2. Energy Efficiency of Fixed-Rate Wireless 5. Design of Two-Dimensional Wavelength-Time Transmissions under QoS Constraints Codes for Fiber-Optic CDMA Systems D. Qiao, M. C. Gursoy, S. Velipasalar C.-H. Tsai, T.-Y. Liao (University of Nebraska-Lincoln) (National Chung Hsing University), C.-Y. Chang (National United University), G.-C. Yang 3. Energy-Aware Utility Regions: Multiple Access (National Chung Hsing University), W. C. Kwong Pareto Boundary (Hofstra University) E. A. Jorswieck (Dresden University of Technology), H. Boche 6. Performance Analysis of the Signal-to-Noise (Technical University of Berlin) Ratio Assisted Crosstalk Channel Estimation for DSL Systems 4. A Generalised Multi-Receiver Radio Network M. Guenach (Alcatel-Lucent Bell Labs), and its Decomposition Into Independent J. Louveaux, L. Vandendorpe Transmitter-Receiver Pairs: Simple Feasibility (Universite Catholique de Louvain), P. Whiting, Condition and Power Levels in Closed Form J. Maes, M. Peeters (Alcatel-Lucent Bell Labs) V. Rodriguez, R. Mathar (RWTH Aachen) 5. Maximizing the Sum Rate in Symmetric Networks 7. Low-Complexity Multisampling Multiuser of Interfering Links Detector for Time-Hopping UWB Systems S. R. Bhaskaran, S. V. Hanly, N. Badruddin, I. Hosseini, N. C. Beaulieu (University of Alberta) J. S. Evans (University of Melbourne) 8. Parametric Construction of Improved Nyquist CT-06: Network Coding Filters Based on Inner and Outer Functions S. D. Assimonis Room: Konferenz 3 (Aristotle University of Thessaloniki), M. Matthaiou Time: Tue, 16 Jun, 2:00 pm - 3:30 pm (Munich University of Technology (TUM)), Chair: Todd Coleman (University of Illinois) G. K. Karagiannidis 1. Comparison of Analog and Digital Relay (Aristotle University of Thessaloniki), J. A. Nossek Methods with Network Coding for Wireless (Munich University of Technology (TUM)) Multicast 9. Green DSL: Energy-Efficient DSM M. Riemensberger P. Tsiaflakis (K.U.Leuven), Y. Yi (KAIST), M. Chiang (Technische Universität München), (Princeton University), M. Moonen (K.U.Leuven) Y. E. Sagduyu, M. L. Honig (Northwestern University), W. Utschick 10. Optimal Transmitters for Hypothesis Testing over (Technische Universität München) a Rayleigh Fading MAC 2. Random Linear Network Coding for Time Division O. Dabeer Duplexing: Energy Analysis (Tata Institute of Fundamental Research) D. E. Lucani (RLE - MIT), M. Stojanovic (Northeastern University), M. Médard (RLE - MIT) 11. Errorless Codes for Over-Loaded CDMA with Active User Detection 3. A Game-Theoretic Analysis of Inter-Session P. Pad, M. Soltanolkotabi, S. Hadikhanlou, Network Coding A. Enayati, F. Marvasti (Advanced Communica- A. H. Mohsenian-Rad tions Research Institute (ACRI), Iran) (University of British Columbia), J. Huang (Chinese University of Hong Kong), V. W.S. Wong 12. Near Successive Refinement of Gaussian (University of British Columbia), S. Jaggi Vectors in Grassmannian Space (Chinese University of Hong Kong), R. Schober F. Tosato (Toshiba Research Europe) (University of British Columbia)

51 4. An Analytical Approach for Throughput 5. Rate Allocation for the Multi-Source Downlink Evaluation of Wireless Network Coding Channel with Minimax Optimization M. H. Amerimehr, F. Ashtiani, M. B. Iraji W. P. Tam, T. M. Lok (Sharif University of Technology, Iran) (The Chinese University of Hong Kong)

5. On Capacity Region of Two-Way Multi-Antenna 6. Construction of High Rate Super-Orthogonal Relay Channel with Analogue Network Coding Space-Time Block Codes R. Zhang, C. C. Chai, Y.-C. Liang Y. Wu, R. Calderbank (Princeton University) (Institute for Infocomm Research), S. Cui (Texas A&M University) 7. Error Resilient Non-Asymmetric Slepian-Wolf Coding CT-07: Cognitive Radio C. Herzet, V. Toto-Zarasoa, A. Roumy (INRIA) Room: Konferenz 3 Time: Tue, 16 Jun, 4:00 pm - 5:30 pm 8. Linear MMSE MIMO Channel Estimation with Chair: Keith Q. T. Zhang Imperfect Channel Covariance Information (City University of HongKong) A. Assalini, E. Dall’Anese, S. Pupolin (University of Padua) 1. Protecting Primary Users in Cognitive Radio Networks: Peak or Average Interference Power 9. Optimal Transmission for Dying Channels Constraint? M. Zeng (Texas A&M University), R. Zhang R. Zhang (Institute for Infocomm Research), (Institute for Infocomm Research), S. Cui X. Kang (National University of Singapore), (Texas A&M University) Y.-C. Liang (Institute for Infocomm Research) 10. Multi-Dimensional Nested Lattice Quantization 2. Blind Cognitive MAC Protocols for Wyner-Ziv Coding O. Mehanna, A. Sultan (Nile University), S. Gao, C. Ling (Imperial College London) H. El Gamal (Ohio State University) 11. Performance Comparison Among Conventional 3. Advanced Detection Techniques for Cognitive Selection Combining, Optimum Selection Radio Combining and Maximal Ratio Combining Q. T. Zhang (City University of Hong Kong) N. Kong (CarrierComm Inc) 4. Composite Hypothesis Testing for Cooperative 12. A Unified Framework for Interference Modeling Spectrum Sensing in Cognitive Radio for Multi-User Wireless Networks S. Zarrin, T. J. Lim (University of Toronto) H. Boche (Fraunhofer Institut HHI), M. Schubert 5. Distributed Beamforming and Rate Allocation in (Fraunhofer Institut MCI) Multi-Antenna Cognitive Radio Networks A. Tajer (Columbia University), N. Prasad 13. A Mutual Information Approach for Comparing (NEC Labs), X. Wang (Columbia University) LLR Metrics for Iterative Decoders J. Zhang, M. A. Armand, P. Y. Kam CT-P2: Poster Session II (National University of Singapore)

Room: Poster Area 2 14. Analysis of Probabilistic Flooding: How Do We Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Choose the Right Coin? Chair: Ying Jun (Angela) Zhang S. Crisóstomo (Universidade do Porto, Portu- (The Chinese University of Hong Kong) gal, and Instituto de Telecomunicações, Portu- gal, and University of Klagenfurt, Austria), 1. Enabling Differentiated QoS Based on U. Schilcher (University of Klagenfurt, Austria), Cross-Layer Optimization in Wireless Ad Hoc C. Bettstetter Networks (University of Klagenfurt, Austria, and Lake- P. Goudarzi, F. Ayatollahi, M. R. N. Ranjbar side Labs GmbH, Klagenfurt, Austria), J. Barros (ITRC, Iran) (Universidade do Porto, Portugal, and Insti- 2. Approximate Expressions for Cramer-Rao tuto de Telecomunicações, Portugal) Bounds of Code Aided QAM Dynamical Phase Estimation 15. Spectrum Balancing Algorithms for Power J. Yang (ENS Cachan), B. Geller Minimization in DSL Networks (ENSTA ParisTech), A. Wei (Université Toulouse II) M. Monteiro, N. Lindqvist, A. Klautau (Federal University of Para) 3. Optimum TCM Codes Design for Gaussian Channels by Considering Both Euclidean and CT-08: MIMO Systems Hamming Distances X. Zhang, Y. Zhao (State Key Laboratory of Ad- Room: Konferenz 2 vanced Optical Communication Systems & Net- Time: Wed, 17 Jun, 9:00 am - 10:30 am works, School of Electronics Engineering & Com- Chair: Nihar Jindal (University of Minnesota) puter Science, Peking University), L. Zou 1. Exploiting Connections Between MIMO MMSE (Thomson Broadband R&D (Beijing) Co. Ltd) Achievable Rate and MIMO Mutual Information 4. Capacity with Probabilistic Delay Constraint for M. R. McKay Voice Traffic in a Rayleigh Channel (Hong Kong University of Science & Technology), B. Soret, M. C. Aguayo-Torres, I. B. Collings (CSIRO), A. M. Tulino J. T. Entrambasaguas (University of Malaga) (Universita di Napoli)

5252 2. Transmit Precoding for MIMO Systems with Partial 2. Rethinking MIMO for Wireless Networks: Linear CSI and Discrete-Constellation Inputs Throughput Increases with Multiple Receive C. Xiao, Y. R. Zheng Antennas (Missouri University of Science and Technology) N. Jindal (University of Minnesota), J. G. Andrews (University of Texas at Austin), S. Weber 3. On the Optimal Transmission for the MIMO (Drexel University) Bidirectional Broadcast Channel 3. Distributed Interference Pricing for the MIMO T. J. Oechtering (Royal Institute of Technology), Interference Channel R. F. Wyrembelski (Technical University of Berlin), C. Shi (Northwestern University), D. A. Schmidt H. Boche (Fraunhofer German- (Technische Universität München), R. A. Berry, Sino Lab for Mobile Communications) M. L. Honig (Northwestern University), W. Utschick (Technische Universität München) 4. A Low ML-Decoding Complexity, High Coding Gain, Full-Rate, Full-Diversity STBC for 4 Œ 2 4. The Multicell Processing Capacity of the Cellular MIMO System MIMO Uplink Channel under Correlated Fading K. P. Srinath, B. S. Rajan (IISc) S. Chatzinotas, M. A. Imran, R. Hoshyar (University of Surrey) 5. Optimal Weighted Antenna Selection for Imperfect Channel Knowledge from Training 5. Effects of Imperfect Channel State Information V. Kristem, N. B. Mehta on Achievable Rates of Precoded Multi-User (Indian Institute of Science (IISc)), A. F. Molisch MIMO Broadcast Channels with Limited (University of Southern California) Feedback B. Song, M. Haardt CT-09: Capacity (Ilmenau University of Technology) Room: Konferenz 3 CT-11: Modulation and Coding Time: Wed, 17 Jun, 9:00 am - 10:30 am Room: Konferenz 3 Chair: Tolga Duman Time: Wed, 17 Jun, 10:50 am - 12:20 pm (Arizona State University) Chair: Negar Kiyavash (Univ. of Illinois at Urbana-Champaign) 1. Upper Bounding the Deletion Channel Capacity by Auxiliary Memoryless Channels 1. Distributed Turbo Trellis Coded Modulation for D. Fertonani, T. M. Duman Cooperative Communications (Arizona State University) S. X. Ng (University of Southampton), Y. Li (University of Sydney), L. Hanzo 2. A Discrete Channel Model for Capturing (University of Southampton) Memory and Soft-Decision Information: A Capacity Study 2. Unequal Error Protection in BICM with QAM C. Pimentel (Federal University of Pernambuco), Constellations: Interleaver and Code Design F. Alajaji (Queen”s University) A. Alvarado, E. Agrell (Chalmers University of Technology), 3. Novel Shaping and Complexity-Reduction L. Szczecinski (INRS-EMT), A. Svensson Techniques for Approaching Capacity over (Chalmers University of Technology) Queuing Timing Channels 3. Adaptive Modulation in Spectrum-Sharing N. Kiyavash, T. P. Coleman, M. Rodrigues Systems with Delay Constraints (University of Illinois) L. Musavian (Loughborough University), S. Aissa (INRS-EMT) 4. Capacity of Optical Intensity Channels with Peak and Average Power Constraints 4. Performance Evaluation of QAM-Based BICM: A. A. Farid, S. Hranilovic (McMaster University) An Analytical Approach A. Kenarsari-Anhari, L. Lampe 5. Low SNR Capacity of Double-Scattering MIMO (University of British Columbia) Channels with Transmitter Channel Knowledge 5. Physical-Layer Security: Combining Error Control S. Jin (University College London), M. R. McKay Coding and Cryptography (Hong Kong University of Science and Technol- W. K. Harrison, S. W. McLaughlin ogy), K.-K. Wong (University College London), (Georgia Institute of Technology) X. Li (Southeast University) CT-12: OFDM/OFDMA CT-10: Multiuser or Network MIMO Room: Konferenz 2 Room: Konferenz 2 Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Time: Wed, 17 Jun, 10:50 am - 12:20 pm Chair: Robert Fischer Chair: Tobias Oechtering (University Erlangen-Nuremberg) (Royal Institute of Technology) 1. Slow Adaptive OFDMA via Stochastic 1. On Uplink Network MIMO under a Constrained Programming Backhaul and Imperfect Channel Knowledge W. L. Li, Y. J. Zhang P. Marsch, G. Fettweis (The Chinese University of Hong Kong), M. Z. Win (Technische Universität Dresden) (Massachusetts Institute of Technology)

53 2. Low-Complexity Energy-Efficient OFDMA 2. Deterministic Combining for Fading Channels G. Miao (Georgia Institute of Technology), R. K. Mallik N. Himayat (Intel), G. Y. Li (Indian Institute of Technology - Delhi), (Georgia Institute of Technology), S. Talwar J. H. Winters (Intel) (Jack Winters Communications, LLC) 3. Large SNR Analysis of Diversity Schemes on 3. Successive PAR Reduction in (MIMO) OFDM Rayleigh Channels with Arbitrary Correlation R. F.H. Fischer, C. Siegl (University Erlangen) S. Liu (University of Alberta), J. Cheng (The University of British Columbia), 4. Constellation Rotated Vector OFDM and Its N. C. Beaulieu (University of Alberta) Performance over Rayleigh Fading Channels C. Han, T. Hashimoto 4. Low Complexity Markov Chain Monte Carlo (University of Electro-Communications), Detector for Channels with Intersymbol N. Suehiro (University of Tsukuba) Interference R.-H. Peng, R.-R. Chen, B. Farhang-Boroujeny 5. 2nd Order Cyclostationarity of OFDM Signals: (University of Utah) Impact of Pilot Tones and Cyclic Prefix 5. Block Detection of Multiple Symbol DPSK in a M. Adrat, J. Leduc, S. Couturier, M. Antweiler Statistically Unknown Time-Varying Channel (FGAN), H. Elders-Boll N. Ricklin, J. R. Zeidler (Cologne University of Applied Sciences) (University of California, San Diego) CT-13: Channel Coding CT-15: LDPC Codes Room: Konferenz 3 Room: Konferenz 3 Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Leszek Szczecinski (INRS-EMT) Chair: Lutz Lampe (University of British Columbia) 1. Correcting Suboptimal Metrics in Iterative Decoders 1. Design and Analysis of EšRC Codes Using EXIT A. Alvarado Chart (Chalmers University of Technology), V. Núñez C. Shi, A. Ramamoorthy (Iowa State University) (Universidad Técnica Federico Santa María), 2. Low-Complexity List-Based Frame L. Szczecinski (INRS-EMT), E. Agrell Synchronization for LDPC Coded Transmission (Chalmers University of Technology) C. Stefanovic, D. Vukobratovic, D. Bajic (University of Novi Sad) 2. A Cross-Layer Perspective on Rateless Coding for Wireless Channels 3. Performance Analysis of Verification-Based T. A. Courtade, R. D. Wesel Decoding for Packet-Based LDPC Codes over (University of California, Los Angeles) Binary Symmetric Channel B. Zhu, D. Huang 3. Vertex Packing Decoding (The University of Western Australia), S. Nordholm M. Lunglmayr (Klagenfurt University), (Western Australian Telecommunications Re- J. Berkmann (Infineon Technologies AG), search Institute) M. Huemer (Klagenfurt University) 4. Practical Dirty Paper Coding with Nested Binary LDGM-LDPC Codes 4. Burst Erasure Correction Capabilities of (n,n-1) Q. Wang, C. He (Shanghai Jiao Tong University) Convolutional Codes H. Deng, M. Kuijper, J. Evans 5. Evaluation of the Extremely Low Block Error Rate (University of Melbourne) of Irregular LDPC Codes X. Zheng, F. C. M. Lau, C. K. Tse 5. New Constructions of Low-Complexity (Hong Kong Polytechnic University), Y. He Convolutional Codes (Shenzhen University), M. Z. Wang A. Katsiotis (Hong Kong Polytechnic University) (National and Kapodistrian University of Athens), P. Rizomiliotis (University of the Aegean), N. Kalouptsidis (National and Kapodistrian University of Athens)

CT-14: Fading Channels Room: Konferenz 2 Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Norman Beaulieu (University of Alberta)

1. A Design of Space-Time Codes for CPFSK Modulation over Multipath Fading Channels C.-C. Lu, S.-C. Chou, D.-T. Huang (National Tsing Hua University)

5454 1. Limited Chain Relay - a Novel Multimedia Distribution Algorithm and its Analysis Communications Software and V. Ramaswami, R. Jana (AT&T Labs Research), S. Ahn (University of Seoul, Korea) Services Symposium 2. Automated Real-Time Recommendations for IPTV E. Bonilla, M. Stier, S. Niccolini, M. Brunner CSWS-P1: Software and Protocol Technologies (NEC Europe Ltd.)

Room: Poster Area 1 3. Pick Your Layers Wisely - a Quality Assessment of Time: Mon, 15 Jun, 2:00 pm - 3:30 pm H.264 Scalable Video Coding for Mobile Devices Chair: Wolfgang Kellerer A. Eichhorn, P. Ni (Simula Research Laboratory) (DOCOMO Comm. Labs Europe) 4. Subset Selection in Type-II Hybrid ARQ/FEC for 1. Efficient Detection of Bots in Subscribers’ Video Multicast Computers S. M. Amiri, I. V. Bajic (Simon Fraser University) J. Brustoloni, N. Farnan, R. Villamarin-Salomon, D. Kyle (University of Pittsburgh) 5. Improved Joint Source-Channel Decoding of JPEG2000 Images and Reed-Solomon Codes 2. Tale in the Multi-Core Era: Is Java Still S. Bahmani, I. V. Bajic, A. HajShirmohammadi Competitive to Host SIP Applications? (Simon Fraser University) Y. Zhao, K. Zheng, H. Wang, Z. Gao (IBM China Research Lab) CSWS-02: Peer-to-Peer Services 3. On Contextcast: A Context-Aware Room: Seminar 5 Communication Mechanism Time: Wed, 17 Jun, 9:00 am - 10:30 am L. Geiger, F. Dürr, K. Rothermel (Institute of Paral- Chair: Saverio Niccolini (NEC Europe Ltd.) lel and Distributed Systems, Universität Stuttgart) 1. ACNS: Adaptive Complementary Neighbor 4. Service Coalitions for Future Internet Services Selection in BitTorrent-Like Applications J. Rubio-Loyola (Universitat Pompeu Fabra), Z. Zhou, Z. Li, G. Xie (Institute of Computing Tech- C. Mérida-Campos, S. Willmott, A. Astorga, nology, Chinese Academy of Sciences) J. Serrat (Universitat Politècnica de Catalunya), A. Galis (University College London) 2. A Resource-Efficient Traffic Localization Scheme for Multiple BitTorrents 5. Investigation of H.264 Video Streaming over an N.-F. Huang, Y.-M. Chu, C.-H. Tsai, W.-Z. Huang, IEEE 802.11e EDCA Wireless Testbed W.-J. Tzeng (National Tsing-Hua University) R. Haywood, S. Mukherjee, X.-H. Peng (Aston University) 3. fP2P-HN: A P2P-Based Route Optimization 6. Towards a GNU/Linux IEEE 802.21 Solution for Mobile IP and NEMO Clients Implementation A. Cabellos-Aparicio E. Piri, K. Pentikousis (Technical University of Catalonia), R. Cuevas (VTT Technical Research Centre of Finland) (Universidad Carlos III de Madrid), J. Domingo-Pascual 7. HELP:// Hypertext in-Emergency Leveraging (Technical University of Catalonia), A. Cuevas, Protocol C. Guerrero (Universidad Carlos III de Madrid) M. Guirguis, H. Goto (Texas State University) 4. Understanding the Roles of Servers in 8. Effects of User Behavior on MMORPG Traffic Large-Scale Peer-Assisted Online Storage G. Szabó, A. Veres (Ericsson Research), S. Molnár Systems (BUTE) F. Liu, Y. Sun, B. Li 9. On the Use of an ADSL2+ Testbed for Video (Hong Kong University of Science & Technology), Quality Assessment X. Zhang (Roxbeam Inc.) G. Gonçalves, G. G. B. Santos, J. F. Fidalgo, 5. Evidences Behind Skype Outage J. Kelner, D. H. F. Sadok D. Rossi (TELECOM ParisTech), M. Mellia, M. Meo (Federal University of Pernambuco), (Politecnico di Torino) S. F. de L. Fernandes (University of Ottawa)

10. Atomic Distributed Semaphores for Accessing CSWS-03: Peer-to-Peer Media Delivery Networked Data Room: Seminar 5 A. Y. C. Yu (Genesys Lab), K. L. E. Law Time: Wed, 17 Jun, 10:50 am - 12:20 pm (Ryerson University) Chair: Zoran Despotovic (DOCOMO Comm. Labs Europe) CSWS-01: Multimedia Applications and Services 1. SALSA: Super-Peer Assisted Live Streaming Room: Konferenz 6 Architecture Time: Tue, 16 Jun, 9:00 am - 10:30 am J. Kim (Seoul National University), Y. Lee Chair: Stefan Arbanowski (University of Missouri at Kansas City), S. Bahk (Fraunhofer Institut FOKUS) (Seoul National University)

55 2. Scalable Video-On-Demand Streaming in 4. Intelligent Service Monitoring and Support Mobile Wireless Hybrid Networks A. Al-Fuqaha (Western Michigan University), T. T. Do, K. A. Hua, A. Aved, F. Liu A. Rayes (Cisco Systems), M. Guizani, (University of Central Florida), N. Jiang M. Khanvilkar, M. Ahmed (Microsoft Corporation) (Western Michigan University) 3. Supporting VCR-Like Operations in Derivative 5. A User-Decided Service Model and Resource Tree-Based P2P Streaming Systems Management in a Cooperative WiMAX/HSDPA T. Xu, J. Chen, W. Li, S. Lu (Nanjing University), Network Y. Guo (Thomson), M. Hamdi (Hong Kong Univer- Y.-C. Pan, Y. S. Sun, C. Hsu sity of Science and Technology) (National Taiwan University), M. C. Chen (Academia Sinica Taiwan) 4. How Can Network Coding Help P2P Content Distribution? G. Ma, Y. Xu, K. Ou, W. Luo (University of Science and Technology of China) 5. Rate Distortion Optimization for Mesh-Based P2P Video Streaming T. Hossain, Y. Cui, Y. Xue (Vanderbilt University) CSWS-04: Fixed and Mobile Service Platforms Room: Seminar 5 Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Chair: Jalel Ben-othman (University of Versailles)

1. A Group Based Service Triggering Algorithm for IMS Network Z. Xun, J. Liao, X. Zhu, C. Wang, Y. Cao (Bei- jing University of Posts and Telecommunications) 2. IGCP: A Platform for Interactive Communication in Groupware Applications L. Czekierda, M. Jedynak, T. Masternak (AGH University of Science and Technology) 3. De-Registration Based S-CSCF Load Balancing in IMS Core Network L. Xu, C. Huang, J. Yan (Carleton University), T. Drwiega (Nortel Networks) 4. Managing Distributed Feature Interactions in Enterprise SIP Application Servers M. Kolberg (University of Stirling), J. F. Buford, K. Dhara, X. Wu, V. Krishnaswamy (Avaya Labs Research) 5. Design, Implementation, and Performance Evaluation of an Advanced SIP-Based Call Control for VoIP Services M. Femminella, R. Francescangeli, F. Giacinti, E. Maccherani, A. Parisi, G. Reali (University of Perugia) CSWS-05: Network and Service Management Room: Seminar 5 Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Giorgio Nunzi (NEC Europe Ltd.)

1. An Economic Model for Pricing Tiered Network Services Q. Lv, G. N. Rouskas (North Carolina State University) 2. PreQuEst: A Scalable and Proactive Quality Enrichment for Presence Services D. Costantini, S. Niccolini (NEC Europe Ltd.), P. Bellavista (Universita’ degli studi di Bologna) 3. QoS Swarm State Dependent Routing for Irregular Traffic in Telecommunication Networks F. Baguenine, A. Mellouk (University Paris 12)

5656 11. Distributed Reallocation Scheme for Virtual Network Resources Next Generation Networking C. Cassales Marquezan, J. C. Nobre (Federal University of Rio Grande do Sul), Symposium G. Nunzi, D. Dudkowski (NEC Europe Network Laboratories), L. Z. Granville (Federal University of Rio Grande do Sul), M. Brunner (NEC Europe Network Laboratories) NGN-P1: Poster 12. A New Efficient Mechanism for Establishing IP Room: Poster Area 2 Connectivity between Ambient Networks Time: Mon, 15 Jun, 10:50 am - 12:20 pm R. Campos, M. Ricardo (INESC Porto) Chair: Christian Hoene (University of Tübingen) 13. Programmable and Scalable Per-Flow Traffic Management Scheme Using a Control Server 1. Supporting Dynamic Inter-Domain Network Y. Shinohara (Osaka University), H. Shimonishi Composition: Domain Discovery (NEC Corporation), H. Tode V. Jesus, R. Aguiar (University of Aveiro), (Osaka Prefecture University), K. Murakami P. Steenkiste (Carnegie Mellon University) (Osaka University) 14. Statistical Learning for Automated RRM: 2. Integration of IMS and DVB-RCS for Interactive Application to eUTRAN Mobility Content Delivery M. I. Tiwana, B. Sayrac, Z. Altman (Orange Labs) W. Ooms, F. Walraven, M. van der Werff (TNO) 15. Support for Dynamic Adaptation in Next Generation Packet Processing Systems 3. Self-Protecting Networking Using Dynamic Q. Wu, T. Wolf (University of Massachusetts) p-cycle Construction Within Link Capacity Constraint NGN-01: Routing W. Zhang, X. Du, K. Nygard (North Dakota State University), T. Wang Room: Seminar 6 (Yahoo! Inc) Time: Tue, 16 Jun, 9:00 am - 10:30 am Chair: Michael Menth 4. Spatial and Temporal Packet Recovery Schemes (University of Würzburg) for DVB-H Systems through IP-Relay Wireless Networks 1. Loop-Free Forwarding Table Updates with W.-H. Yang, Y.-C. Wang, Y.-C. Tseng Minimal Link Overflow (National Chiao-Tung University), B.-S. Lin L. Shi (University of Goettingen), J. Fu (Industrial Technology Research Institute) (Royal Institute of Technology), X. Fu (University of Goettingen) 5. Evaluating Algorithms for Composable Service 2. Efficient Load-Balanced IP Routing Scheme Placement in Computer Networks Based on Shortest Paths in Hose Model X. Huang, S. Ganapathy, T. Wolf E. Oki, A. Iwaki (University of Massachusetts) (University of Electro-Communications), A. Masuda, K. Shiomoto (NTT) 6. A Provider-Level Reputation System for Assessing 3. DTIA: An Architecture for Inter-Domain Routing the Quality of SPIT Mitigation Algorithms P. Amaral, L. Bernardo, P. Pinto C. Sorge, J. Seedorf (NEC Laboratories Europe) (Faculdade de Ciências e Tecnologia, Universi- dade Nova de Lisboa) 7. NetCluster: A Clustering-Based Framework for Internet Tomography 4. An Evolutionary Approach to End-to-End E. Baralis, A. Bianco, T. Cerquitelli, L. Chiaraviglio, Addressing and Routing in all-Ethernet M. Mellia (Politecnico di Torino) Wide-Area Networks A. Gumaste, M. Chamania (IIT Bombay), 8. An Adaptive Peer Selection Scheme with A. Jukan (TU Bruanchwieg) Dynamic Network Condition Awareness 5. Multihomed SIP-Based Network Mobility using C. Wang, N. Wang, M. Howarth IEEE 802.21 Media Independent Handover (University of Surrey), G. Pavlou C.-M. Huang (National Cheng Kung University), (University College London) C.-H. Lee (Kaohsiung Medical University), P.-H. Tseng (National Cheng Kung University) 9. Reducing Power Consumption in Backbone Networks NGN-02: Architecture L. Chiaraviglio, M. Mellia, F. Neri Room: Seminar 6 (Politecnico di Torino) Time: Tue, 16 Jun, 10:50 am - 12:20 pm Chair: Eiji Oki (The University of Electro-Comm.) 10. Recover-Forwarding Method in Link Failure with Pre-Established Recovery Table for Wide Area 1. On the Cache-and-Forward Network Ethernet Architecture M. Terasawa, M. Nishida, S. Shimizu, Y. Arakawa, L. Dong, H. Liu, Y. Zhang, S. Paul, S. Okamoto, N. Yamanaka (Keio University) D. Raychaudhuri (Rutgers University)

57 2. Selecting Concurrent Network Architectures at 3. A Stochastic Analysis of Secure Joint Decision Runtime Processes in Peer-to-Peer Systems L. Völker, D. Martin, C. Werle, M. Zitterbart A. König, M. Hollick, R. Steinmetz (Universität Karlsruhe (TH)), I. El-Khayat (Technische Universität Darmstadt) (Ericsson GmbH) 4. A Cooperative Scheme for Dynamic Window 3. Scalable Alternatives to Virtual Output Queuing Resizing in P2P Live Streaming W. Olesinski, H. Eberle, N. Gura Z. Ouyang, L. Xu, B. Ramamurthy (Sun Microsystems Laboratories) (University of Nebraska-Lincoln)

4. Service Engineering for Inter-Domain Overlay 5. Achieving and Maintaining Cost-Optimal Networks Operation of a Hierarchical DHT System E. Gurses, J. Xiao, R. Boutaba S. Zöls, Q. Hofstätter (University of Waterloo) (Technische Universität München), Z. Despotovic, W. Kellerer (DOCOMO Communi- 5. Do Next Generation Networks Need Path cations Laboratories Europe) Diversity? L. Muscariello, D. Perino (Orange Labs), D. Rossi NGN-05: Peformance-1 (Telecom ParisTech) Room: Seminar 6 Time: Wed, 17 Jun, 9:00 am - 10:30 am NGN-03: Security Chair: Jing Wu (Comm. Research Centre Canada) Room: Seminar 6 1. Measuring the Impacts of Multipath Overlays on Time: Tue, 16 Jun, 2:00 pm - 3:30 pm the Performance of Inter-Domain Routing Chair: Latif Ladid (IPv6 Forum) B. Yuan, G. Zhang, Y. Li, G. Zhang, Z. Li (Institute of Computing Technology, Chi- 1. IPsec-Based Anonymous Networking: A Working nese Academy of Sciences) Implementation C. Kiraly, R. Lo Cigno (University of Trento) 2. Green Support for PC-Based Software Router: Performance Evaluation and Modeling 2. Distributed Intrusion Detection with Intelligent R. Bolla, R. Bruschi, A. Ranieri Network Interfaces for Future Networks (University of Genoa) Y. Luo, K. Xiang, J. Fan, C. Zhang (University of Massachusetts Lowell) 3. An Adaptive Resource/Performance Trade-Off for Resolving Complex Queries in P2P Networks 3. Secure Signaling in Next Generation Networks T. Biermann, C. Dannewitz, H. Karl with NSIS (University of Paderborn) R. Bless, M. Röhricht (Universität Karlsruhe (TH)) 4. Improving Throughput in High Bandwidth-Delay 4. Simulation of SPIT Filtering: Quantitative Product Networks with Random Packet Losses Evaluation of Parameter Tuning Q. Fu (Victoria University of Wellington) F. Menna, R. Lo Cigno (University of Trento), S. Niccolini, S. Tartarelli (NEC Europe Ltd.) 5. PCN-Based Flow Termination with Multiple Bottleneck Links 5. Enhanced MILSA Architecture for Naming, F. Lehrieder, M. Menth (University of Würzburg) Addressing, Routing and Security Issues in the Next Generation Internet NGN-06: Peformance-2 J. Pan, R. Jain, S. Paul Room: Seminar 6 (Washington University in Saint Louis), Time: Wed, 17 Jun, 10:50 am - 12:20 pm M. Bowman (Intel Systems Technology Lab), Chair: Kurt Tutschku (University of Vienna) X. Xu (Huawei Technologies Co., Ltd.), S. Chen (Beijing University of Posts and Telecommunica- 1. A Performance Analysis on Route Optimization tions) for Proxy Mobile IPv6 J.-H. Lee (Sungkyunkwan University, Korea), NGN-04: Peer-to-peer networks S. Gundavelli (Cisco Systems), T.-M. Chung Room: Seminar 6 (Sungkyunkwan University, Korea) Time: Tue, 16 Jun, 4:00 pm - 5:30 pm 2. Distributed ECN-Based Congestion Control Chair: Zoran Despotovic X. Li, H. Yousefi’zadeh (DOCOMO Comm. Labs Europe) (University of California, Irvine)

1. Peer-to-Peer Application Recognition Based on 3. Modeling of User-Perceived Web-Browsing Signaling Activity Performance over a WLAN/3G Inter-Working C.-C. Wu (National Taiwan University), K.-T. Chen Environment (Academia Sinica), Y.-C. Chang, C.-L. Lei T. Ali, M. Saquib (University of Texas at Dallas), (National Taiwan University) C. Sengupta, Y. K. Lee (SNRLabs, Richardson)

2. Modeling Random Walk Search Algorithms in 4. Adaptive Bandwidth Control to Handle Unstructured P2P Networks with Social Long-Duration Large Flows Information R. Kawahara, T. Mori, N. Kamiyama, S. Harada, J. Xie, K.-S. Lui (University of Hong Kong) H. Hasegawa (NTT)

5858 5. A Study on Cross-Layer Multi-Constraint Path Computation for IP-Over-Optical Networks X. Yang, T. Lehman Optical Networks and Systems (University of Southern California), K. Ogaki, T. Otani (KDDI R&D Laboratories) Symposium

ONS-01: Network Survivability Room: Seminar 3 Time: Mon, 15 Jun, 10:50 am - 12:20 pm Chair: Hassan Naser (Lakehead University)

1. CAPEX Costs of Lightly Loaded Restorable Networks Under a Consistent WDM Layer Cost Model A. Grue (University of Alberta and TRLabs), W. Grover (Univ. of Alberta and TRLabs), M. Clouqueur, D. Schupke (Nokia Siemens Networks), D. Baloukov, D. Onguetou, B. Forst (TRLabs and University of Alberta)

2. Practical Scalability of Wavelength Routing Switches M. Rodelgo-Lacruz (Gradiant), C. López-Bravo, F. J. González-Castaño (University of Vigo), H. J. Chao (Polytechnic Institute of NYU)

3. CAPEX-Aware Design of Survivable DWDM Mesh Networks C. Pluntke, M. Menth, M. Duelli (University of Wuerzburg)

4. The Effects of Multi-Layer Traffic on the Survivability of IP-Over-WDM Networks P. Pacharintanakul, D. Tipper (University of Pittsburgh)

5. Availability Evaluation of Hybrid Wireless-Optical Broadband Access Networks M. Kiese, E. Georgieva (Technische Universität München), D. Schupke (Nokia Siemens Networks), B. Mukherjee (University of California, Davis), J. Eberspächer (Technische Universität München)

ONS-02: Protection and Restoration Room: Seminar 3 Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Chair: Jing Wu (Comm. Research Centre Canada)

1. A Resilient Transparent Optical Network Design with a Pre-Configured Extended-Tree Scheme S. Sebbah, B. Jaumard (Concordia University)

2. Evaluation of Link Protection Schemes in Physically Impaired Optical Networks A. Askarian, S. Subramaniam (The George Washington University), M. Brandt-Pearce (University of Virginia)

3. Solution of a 200-Node p-Cycle Network Design Problem with GA-Based Pre-Selection of Candidate Structures D. P. Onguetou, W. D. Grover (TRLabs and University of Alberta)

59 4. Lightpath Establishment in WDM Networks with 4. Constructions on 2D Wavelength-Time Codes for Best Effort Shared Path Protection in CDMA Fiber-Optic Systems Impaired-Transmissions C.-H. Hsieh, G.-C. Yang S. R. A. dos Santos Rosa, A. C. Drummond, (National Chung Hsing University), C.-Y. Chang N. L. S. da Fonseca (University of Campinas) (National United University), W. C. Kwong (Hofstra University) 5. Network Coding-Based Protection Strategy Against Node Failures 5. Short-Length Raptor Codes for Mobile S. Aly, A. Kamal (Iowa State University) Free-Space Optical Channels W. Zhang, S. Hranilovic (McMaster University) ONS-03: Network Architecture Room: Seminar 3 6. Theoretical Performance of Multi-Weight Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Spreading Codes for Multimedia Optical Access Chair: Kyriakos Vlachos Network (University of Patras) M. Morelle, S. Sahuguede, A. Julien-Vergonjanne, J.-P. Cances 1. Differentiated Static Resource Allocation in WDM (University of Limoges / XLIM) Networks J. Y. Zhang (University of Ottawa), J. Wu 7. Chip-Level Modulated BPPM Fiber-Optic Code (Communications Research Centre Canada), Division Multiple Access G. Bochmann (University of Ottawa), M. Savoie T. Khattab (Qatar University), M. Elkashlan (Communications Research Centre Canada) (Commonwealth Scientific and Industrial Re- search Organisation), H. Alnuweiri 2. Optical Broadcast-And-Select Network (Texas A&M University in Qatar) Architecture with Centralized Multi-Carrier Light Source 8. Designing Demand-Wise Shared Protection Y. Cai, E. Oki, M. Matsuura, N. Kishi, T. Miki Networks with Specified Minimum Dual-Failure (University of Electro-Communications) Restorability J. Akpuh, J. Doucette (University of Alberta) 3. Fast Spanning Tree Reconnection for Resilient Metro Ethernet Networks 9. A Handover Scheme Based on Moving Extended J. Qiu, Y. Liu, G. Mohan, K. C. Chua Cells for 60 GHz Radio-Over-Fiber Networks (National University of Singapore) K. Tsagkaris (University of Piraeus), N. Tselikas (University of Peloponnese), N. Pleros 4. A Service-Transparent and Self-Organized (Aristotle University of Thessaloniki) Optical Network Architecture K. Vlachos, A. Siokis (University of Patras) 10. A Novel Graph Model for Dynamic Multicast 5. Multi-Point Ethernet over Next-Generation Flow Aggregation in Optical Networks SONET/SDH Y. Zhu, A. N. Patel, J. P. Jue C. Xie, N. Ghani, Q. Liu, W. Shu (The University of Texas at Dallas) (University of New Mexico), A. Gumaste (IIT Bombay/Iowa State), Y. Qiao, M. Wu 11. Resource Management in Stargate-Based (Shanghai Jiao Tong University) Ethernet Passive Optical Networks (SG-EPONs) L. Meng, C. Assi (Concordia University), M. Maier ONS-P1: Poster Session (INRS), A. Dhaini (Concordia University) Room: Poster Area 1 12. EM-Based Maximum-Likelihood Sequence Time: Tue, 16 Jun, 10:50 am - 12:20 pm Detection for MIMO Optical Wireless Systems Chair: Luca Valcarenghi N. Chatzidiamantis (Scuola Superiore Sant’Anna) (Aristotle University of Thessaloniki), M. Uysal (University of Waterloo), T. Tsiftsis, 1. Performance Analysis of Coherent Free Space G. Karagiannidis Optical Communication Systems with (Aristotle University of Thessaloniki) K-Distributed Turbulence M. Niu, J. Cheng, J. Holzman, L. McPhail (University of British Columbia) 13. Adaptive 2.5 Gbit/s Optical Wireless Systems Employing a Two Dimensional Beam Clustering 2. Implementation and Evaluation of Layer-1 Method and Imaging Diversity Receivers Bandwidth-On-Demand Capabilities in SINET3 F. Alsaadi, J. Elmirghani (University of Leeds) S. Urushidani, K. Fukuda, Y. Ji, M. Koibuchi, S. Abe, M. Nakamura, S. Yamada 14. A Fault-Tolerant Backbone Network Architecture (National Institute of Informatics), K. Shimizu, Targeting Time-Critical Communication for R. Hayashi, I. Inoue, K. Shiomoto (NTT), Avionic WDM LANs H. Tanuma (NEC) D. Wang, A. Kumar, M. Sivakumar, J. McNair (University of Florida) 3. Performance Evaluation of Optical OFDM Systems with Nonlinear Clipping Distortion 15. Design of Survivable Hybrid Wireless-Optical L. Chen, B. Krongold, J. Evans Broadband-Access Network (The University of Melbourne) T. Feng, L. Ruan (Iowa State University)

6060 16. A Study of Network Throughput Gain in 4. On the Efficiency of Dynamic Routing of Optical-Wireless (FiWi) Networks Subject to Connections with Known Duration Peer-to-Peer Communications D. Lucerna, A. Baruffaldi (Politecnico di Milano), Z. Zheng, J. Wang (Department of Com- M. Tornatore (University of California), puter Science, City University of Hong Kong), A. Pattavina (Politecnico di Milano) J. Wang (Department of Computer Science, Uni- versity of Science& Technology of China) 5. Noise-Aware Wavelength Assignment for Wavelength Switched Optical Networks ONS-04: Optical Switching L. Wang, J. Zhang, G. Gao, X. Chen, X. Chen, Room: Seminar 3 W. Gu (Beijing University of posts and telecom- Time: Wed, 17 Jun, 9:00 am - 10:30 am munications) Chair: Ashwin Gumaste (IIT Bombay and MIT) ONS-06: Resource Allocation Room: Seminar 3 1. Joint Path and Wavelength Selection using Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Q-learning in Optical Burst Switching Networks Chair: Eiji Oki (The University of Electro-Comm.) T. Venkatesh (IIT Madras), Y. V. Kiran (Create-Net), C. S. R. Murthy (IIT Madras) 1. Resource Criticality Analysis of Static Resource Allocations in WDM Networks 2. Performance Analysis of Optical Flow Switching J. Y. Zhang (University of Ottawa), J. Wu G. Weichenberg, V. W. S. Chan, M. Medard (Communications Research Centre Canada), (MIT) G. Bochmann (University of Ottawa), M. Savoie (Communications Research Centre Canada) 3. VB-Rescheduling: An Efficient Data Channel Rescheduling Algorithm Based on Virtual Burst 2. Deterministic QoS Provisioning with Network for OBS Networks Calculus Based Admission Control in WDM EPON X. Yang, Y. Peng, K. Long (Univ. of Electronic Sci- Networks ence and Technology of China), F. Dong, D. Xue (Nanyang Technological University), S. Huang, X. Duan Y. Qin (HIT Shenzhen Graduate School), (Chongqing Univ. of Posts and Telecom (CQUPT)) C. K. Siew (Nanyang Technological University)

4. A Multi-Agent Reinforcement Learning 3. Joint Computing and Network Resource Approach to Path Selection in Optical Burst Scheduling in a Lambda Grid Network Switching Networks V. Lakshmiraman, B. Ramamurthy Y. V. Kiran (Create-Net), T. Venkatesh, (University of Nebraska-Lincoln) C. S. R. Murthy (IIT Madras) 4. A Distributed Algorithm for Least Constraining 5. Optimal FDL Design for Time-Wavelength Slot Allocation in MPLS Optical TDM Networks Crossconnects and Optical Packet Switches H. Zeineddine, G. V. Bochmann A. Gadkar, S. Subramaniam (University of Ottawa) (The George Washington University)

ONS-05: Routing and Wavelength Assignment 5. Service Cluster: A New Framework for SLA-Oriented Provisioning in WDM Mesh Room: Seminar 3 Networks Time: Wed, 17 Jun, 10:50 am - 12:20 pm M. Xia, C. Martel, M. Tornatore, B. Mukherjee Chair: Matthias Gunkel (Deutsche Telekom) (University of California, Davis)

1. On the Use of Multi-Objective Optimization ONS-07: Traffic Grooming and Resource Algorithms for Solving the Impairment Management Aware-RWA Problem D. Monoyios, K. Vlachos (University of Patras), Room: Seminar 3 M. Aggelou, I. Tomkos Time: Wed, 17 Jun, 4:00 pm - 5:30 pm (Athens Information Technology) Chair: Suresh Subramaniam (The George Washington University) 2. A Multicost Approach to Online Impairment-Aware RWA 1. Active Queue Management for MAC Client K. Christodoulopoulos, K. Manousakis, Implementation of Resilient Packet Rings E. Varvarigos M. Yilmaz (Cisco), N. Ansari (University of Patras and Research Aca- (New Jersey Institute of Technology), J.-H. Kao, demic Computer Technology Institute), P. Yilmaz (Cisco) M. Angelou, I. Tomkos (Athens Information Technology) 2. Approximation Algorithms for Traffic Grooming in WDM Rings 3. Dynamic Lightpath Allocation in Translucent K. Corcoran (University of Oregon), S. Flaxman WDM Optical Networks (EPFL), M. Neyer (University of North Carolina), S. Bandyopadhyay, Q. Rahman P. Scherpelz (University of Chicago), C. Weidert (University of Windsor), S. Banerjee, S. Murthy, (Simon Fraser University), R. Libeskind-Hadas A. Sen (Arizona State University) (Harvey Mudd College)

61 3. MultiHop Light-Trails (MLT) - A Solution to Extended Metro Networks A. Gumaste (IIT Bombay/MIT, Cambridge, USA), J. Wang (City U), A. Karandikar (IIT Bombay), QoS and Modelling Symposium N. Ghani (UNM) 4. On-Line Dynamic Traffic Grooming Algorithms for WDM Mesh Networks A. C. Drummond, N. L. S. da Fonseca CQRM-01: Traffic Control Mechanisms (University of Campinas) Room: Seminar 6 5. Waveguide-Grating-Routers-Based Realization Time: Mon, 15 Jun, 10:50 am - 12:20 pm of Time-Spreading and Chair: Admela Jukan Wavelength-Group-Hopping Over (TU Carolo-Wilhelmina zu Braunschweig) Fiber-to-the-Home Networks Y.-T. Chang (Kao Yuan University), J.-F. Huang, 1. Delay-Based Congestion Avoidance for QoS L.-W. Chou, K.-J. Wang Provisioning in Wired/Wireless Networks (National Cheng Kung University) Q. Fu (Victoria University of Wellington)

2. Analytical and Experimental Comparison of Packet Loss Recovery Methods Based on AMR-WB for VoIP Z. Li (Beijing Institute of Technology), S. Bruhn (Ericsson Research), S. Zhao, J. Kuang (Beijing Institute of Technology)

3. Rate and End-to-End Delay Control for Multicast and Unicast Flows Z. Rosberg, C. Russell (CSIRO ICT Centre), V. Sivaraman (UNSW)

4. Load Balancing vs. Distributed Rate Limiting: An Unifying Framework for Cloud Control R. Stanojevic, R. Shorten (NUIM)

5. Proposal of the Architecture of a QoS Assured Network by Cooperating between IP Flow Control and MPLS DiffServ-TE S. Kashihara, M. Miyazawa, K. Ogaki, T. Otani (KDDI R&D Laboratories Inc.)

CQRM-02: Resource Allocation and Scheduling Room: Seminar 6 Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Chair: Ralf Lehnert (Technische Universität Dresden)

1. On Fair Bandwidth Allocation in Connection-Less Networks B. Behsaz, P. Gburzynski, M. MacGregor (University of Alberta)

2. Cost and Target-Based Scheduling for Switch Power Control B. Yolken, D. Tsamis, N. Bambos (Stanford University)

3. Co-Opetition Strategy for Collaborative Multiuser Multimedia Resource Allocation Z. Guan, D. Yuan, H. Zhang (Shandong University)

4. Joint Power Allocation and Scheduling of Multi-Antenna OFDM System in Broadcast Channel F. She, W. Chen, H. Luo, T. Huang, X. Wang (Shanghai Jiaotong University)

5. Capacity Allocation for Long Tailed Traffic in Packet Switching Networks X. Liu (University of Arkansas at Little Rock)

6262 1. End-to-End Delay Approximation in Cascades of CQRM-03: Traffic Engineering Generalized Processor Sharing Schedulers P. Giacomazzi, G. Saddemi Room: Seminar 6 (Politecnico di Milano) Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Chair: Tetsuya Yokotani 2. Impact of Alliances on End-to-End QoS (Mitsubishi Electric Corp.) Satisfaction in an Interdomain Network D. Barth, T. Mautor, D. V. Monteiro 1. Marking Conversion for Pre-Congestion (University of Versailles) Notification F. Lehrieder, M. Menth (University of Würzburg) 3. Statistical Analysis of IP Delay Measurements as 2. Routing Games for Traffic Engineering a Basis for Network Alert Systems F. Larroca, J.-L. Rougier (Telecom ParisTech) T. Holleczek (ETH Zurich), V. Venus, S. Naegele-Jackson 3. Prioritized Flow Optimization with Generalized (University of Erlangen-Nuremberg) Routing for Scalable Multirate Multicasting J. Zou (Shanghai University), H. Xiong, L. Song 4. Speech Quality While Roaming in Next (Shanghai Jiao Tong University), Z. He Generation Networks (University of Missouri-Columbia), T. Chen S. Möller, M. Wältermann, B. Lewcio, (Carnegie Mellon University) N. Kirschnick, P. Vidales (Deutsche Telekom Lab- oratories, Technische Universität Berlin) 4. Effective Caching for Parallel Packet Forwarding W. Jiang, S. Liu (University of Southern California) 5. Mean Waiting Delay for Web Object Transfer in Wireless SCTP Environment 5. Approximation Algorithm for QoS Routing with Y.-J. Lee Multiple Additive Constraints (Korea National University of Education, Korea), R. Hou, K.-S. Lui, K.-C. Leung M. Atiquzzaman (Univ. of Oklahoma) (The University of Hong Kong), F. Baker (Cisco Research Center) CQRM-06: Network Design and Control CQRM-04: QoS in Emerging Wireless Networks Room: Seminar 3 Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Room: Seminar 3 Chair: Peter Reichl Time: Tue, 16 Jun, 9:00 am - 10:30 am (Telecomm. Research Center Vienna) Chair: Fabrizio Granelli (University of Trento)

1. Context-Aware Receiver-Driven Retransmission 1. Approximate Flow-Aware Networking Control in Wireless Local Area Networks J. Domzal, A. Jajszczyk (AGH University of Sci- D. Kliazovich, N. Ben Halima, F. Granelli ence and Technology in Krakow) (University of Trento) 2. Efficiently Constructing Candidate Set for 2. 3G/HSPA Performance in Live Networks from the Network Topology Design End User Perspective N. Kamiyama J. Prokkola, P. H. J. Perälä, M. Hanski, E. Piri (NTT Service Integration Laboratories) (VTT Technical Research Centre of Finland) 3. SIP Network Design to Prevent Congestion 3. Distributed Multi-Source Transmission in Wireless Caused by Disaster Mobile Peer-to-Peer Networks: A Restless Bandit D. Satoh (NTT Advanced Technology), Approach K. Ashitagawa P. Si (Beijing University of Posts and Telecommu- (Astronomical Observatory of Japan) nications), F. R. Yu (Carleton University), H. Ji (Beijing University of Posts and Telecommunica- 4. Theoretical Analysis of Selective Relaying, tions), V. C. M. Leung Cooperative Multi-Hop Networks with Fairness (The University of British Columbia) Constraints E. Liu (Imperial College), Q. Zhang 4. Content Clustering Based Video Quality (Johns Hopkins University), K. K. Leung Prediction Model for MPEG4 Video Streaming (Imperial College) over Wireless Networks A. Khan, L. Sun, E. Ifeachor (University of Plymouth) 5. Dimensioning of a Multi-rate Network Transporting Variable Bit Rate TV Channels 5. Optimal Rate Allocation for Loss Sensitive Z. Avramova, S. Wittevrongel, H. Bruneel Applications in Wireless Ad Hoc Networks (Ghent University), D. De Vleeschauwer P. Goudarzi, M. Hosseinpour (ITRC, Iran) (Alcatel-Lucent Bell)

CQRM-05: QoS Analysis and Control CQRM-07: QoS for Emerging Video Services Room: Seminar 3 Room: Seminar 3 Time: Tue, 16 Jun, 10:50 am - 12:20 pm Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Chair: Toshinori Tsuboi Chair: Marina Aguado (Tokyo University of Technology) (University of the Basque Country)

63 1. How Scalable Could P2P Live Media Streaming 8. Bit-Wise Exponential ESM (BE-ESM) Method for System be with the Stringent Time Constraint? Accurate Link Level Performance Evaluation Z. Chen (Tsinghua University), B. Li Z. Pan, Y. Zhou, C. I (Applied Science and Tech- (Hong Kong University of Science and Technol- nology Research Institute Co. Ltd) ogy), G. Keung (HKUST), H. Yin, C. Lin, Y. Wang (Tsinghua University) 9. Concurrent Heap-Based Network Sort Engine -Toward Enabling Massive and High Speed 2. Efficient Utilization of Error Protection Techniques Per-Flow Queuing- for Transmission of Data-Partitioned H.264 Video M. Suzuki, K. Minami (NTT) in a Capacity Constrained Network A. T. Connie, Y. P. Fallah, P. Nasiopoulos, 10. Fast RFID Counting Under Unreliable Radio V. C. M. Leung (University of British Columbia) Channels W.-K. Sze, W.-C. Lau, O.-C. Yue 3. Caching Video Contents in IPTV Systems with (The Chinese University of Hong Kong) Hierarchical Architecture. L. Chen (IBM Zurich), M. Meo 11. A Modular Reference Application for IEEE (Politecnico di Torino), A. Scicchitano 802.11n Wireless LAN MACs (IBM Zurich) H.-P. Loeb (Infineon Technologies), C. Sauer (Cadence Design Systems) 4. QoS of Video Delivered over 802.11e WLANs R. MacKenzie (University of Leeds), D. Hands 12. Preprocessing DNS Log Data for Effective Data (British Telecommunications PLC), T. O’Farrell Mining (Swansea University) M. E. Snyder (Missouri S&T), R. Sundaram (Northeastern University), M. Thakur 5. Weighted Size-Aware Packet Distribution for (Google Inc.) Multipath Live Streaming Y. Zhang, C. Wang, Y. Gao 13. Deadline-Guarantee-Enhanced Co-Allocation (Northeastern University) for Parameter Sweep Application in Grid P. Xiao, Z. Hu (Central South University) CQRM-P1: Communications QoS, Reliability, and Performance Modeling 14. The Importance of Being Really Random: Methodological Aspects of IP-Layer 2G and 3G Room: Poster Area 1 Network Delay Assessment Time: Wed, 17 Jun, 10:50 am - 12:20 pm J. Fabini, L. Wallentin Chair: Hiromi Ueda (Vienna University of Technology), P. Reichl (Tokyo University of Technology) (Telecommunications Research Center Vi- enna (ftw.)) 1. Game Theory as a Tool for Modeling Cross-Layer Interactions 15. Bandwidth and Computing Resources C. Facchini, F. Granelli (University of Trento) Provisioning for Grid Applications and Services 2. A Recursive Distributed Topology Discovery A. Filali, A. S. Hafid, M. Gendreau Service for Network-Aware Grid Clients (University of Montreal) F. Paolucci, L. Valcarenghi, P. Castoldi CQRM-08: Network Survivability (Scuola Superiore Sant’Anna), F. Cugini (CNIT) Room: Seminar 6 3. A Laplace Transform-Based Method to Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Stochastic Path Finding Chair: Tutomu Murase (NEC Corp.) S. Uludag, Z. E. Uludag (The University of Michigan - Flint), K. Nahrstedt 1. A Partial-Protection Approach Using Multipath (University of Illinois at Urbana-Champaign), Provisioning K.-S. Lui (University of Hong Kong), F. Baker A. Das, C. Martel, B. Mukherjee (UC Davis) (Cisco) 2. Probabilistic Diagnosis of Link Loss Using 4. A Behaviour Study of Network-Aware Stealthy End-to-End Path Measurements and Maximum Worms Likelihood Estimation C. Smith, A. Matrawy (Carleton University) B. Sun, Z. Zhang (Florida State University) 5. Push Popular Segments in P2P VoD System: 3. On Increasing Information Availability in Possibility and Design Gnutella-Like Peer-to-Peer Networks J. Xie (Nanjing University), E. Chan S. Misra (City University of Hong Kong), G. Chen (Indian Institute of Technology-Kharagpur), (Nanjing University), Y. Guo S. K. Dhurandher (University of Delhi), (Corporate Research Thomson) M. S. Obaidat (Monmouth University), I. Singh 6. Design and Deployment of a Network-Aware (University of Minnesota), B. Bhambhani, Grid for e-Science Applications R. Agarwal (University of Delhi) M. A. Marchenko (ICMMG SB RAS - Novosibirsk), 4. GMPLS Network Reliability Enhancement by D. Adami (CNIT-University of Pisa), C. Callegari, Using the Dominating Nodes Approach S. Giordano, M. Pagano (University of Pisa) P. Rozycki, J. Korniak (University of Informa- 7. Practical Packet Pacing in Small-Buffer Networks tion Technology and Management, Rzeszow), Y. Cai, Y. S. Hanay, T. Wolf A. Jajszczyk (AGH University of Sci- (University of Massachusetts) ence and Technology Krakow)

6464 5. Merging Spanning Trees in Tomographic Network Topology Discovery A. Di Pietro, D. Ficara, S. Giordano, Signal Processing for F. Oppedisano, G. Procissi, F. Vitucci (University of Pisa) Communications Symposium CQRM-09: Network Modeling and Simulation Tools Room: Seminar 6 SPC-01: Blind and semi-blind algorithms Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Room: Konferenz 4 Chair: Andreas Mitschele-Thiel Time: Mon, 15 Jun, 10:50 am - 12:20 pm (Technische Universität Ilmenau) Chair: Jiangzhou Wang (University of Kent)

1. A Fluid Background Traffic Model 1. Blind Frame Synchronization of Product Codes T. Li, J. Liu (Florida International University) Based on the Adaptation of the Parity Check 2. A Performance Comparison of Recent Network Matrix Simulators R. Imad, S. Houcke, C. Jego E. Weingärtner, H. vom Lehn, K. Wehrle (Institut TELECOM, TELECOM Bretagne) (RWTH Aachen University) 2. An Efficient Regularized Semi-Blind Estimator 3. On Modeling Clustering Indexes of BT-Like A. Kammoun (ENST), K. Abed-Meraim Systems (Sharjah University), S. Affes (INRS) Q. H. Li, J. C.S. Lui 3. PARAFAC2 Receivers for Orthogonal (The Chinese University of Hong Kong) Space-Time Block Codes 4. A New NS2 Module for the Simulation of MPLS M. Sørensen (University of Nice), P. Comon Networks with Point-to-Multipoint LSP Support (CNRS), S. Icart, L. Deneire (University of Nice) D. Adami (CNIT), C. Callegari, S. Giordano, 4. A Blind Channel Estimation Algorithm for M. Pagano (University of Pisa) Space-Time Coded MC-CDMA Receivers 5. A Comprehensive Analytical Model for C. Medina, T. Vinhoza, R. Sampaio-Neto Weighted Fair Queuing under Multi-Class (Pontifícia Universidade do Rio de Janeiro) Self-Similar Traffic 5. Blind Multipath MIMO Channel Parameter X. Jin, G. Min, L. Wang (University of Bradford) Estimation Using the Parafac Decomposition C. E. R. Fernandes (Universidade Federal do Ceará), G. Favier (Université de Nice Sophia Antipolis), J. C. M. Mota (Universidade Federal do Ceará) SPC-02: FPGA-based implementations Room: Konferenz 4 Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Chair: Yuriy Zakharov (University of York)

1. FPGA Implementation of RLS Adaptive Filter Using Dichotomous Coordinate Descent Iterations J. Liu, Y. Zakharov (University of York)

2. FPGA Design of Box-Constrained MIMO Detector Z. Quan, J. Liu, Y. Zakharov (University of York)

3. Prototyping of a Pass-Band Chaos-Based CDMA System in FPGA Technology C.-Y. Hsu, S. M. Berber (Auckland University)

4. Efficient FPGA Implementation of MIMO Decoder for Mobile WiMAX System M. Khairy, M. Abdallah, S. Habib (Faculty of Engineering, Cairo University)

5. FPGA Implementation of Trellis Shaping to Control Peak Power for PSK Signals H. Kitagawa, M. Tanahashi, H. Ochiai (Yokohama National University) SPC-03: Synchronisation algorithms Room: Konferenz 4 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Chair: Tomoaki Ohtsuki (Keio University)

65 1. Extended Kalman Filter for Oversampled 1. Subband Adaptive Array with Reduced Pilot Dynamical Phase Offset Estimation Signal Using Maximal Ratio Combining Scheme J. Vilá Valls, J.-M. Brossier, L. Ros (GIPSA-Lab) T. Taniguchi (The University of Electro-Communications), 2. Smoothing PLLs for QAM Dynamical Phase N. B. Ramli Estimation (Multimedia College, Telekom Malaysia Berhad), J. Yang (ENS Cachan), B. Geller Y. Karasawa (ENSTA ParisTech), C. Herzet (INRIA Rennes), (The University of Electro-Communications) J.-M. Brossier (Grenoble INP) 2. General-Rank Beamforming for Multi-Antenna Relaying Schemes 3. Mean Time to Loss of Lock and Average V. Havary-Nassab (University of Toronto), Switching Rate of an Automatic Frequency S. Shahbazpanahi, A. Grami (UOIT) Control Loop with an Interferer and Noise in a Fading Channel 3. Weighted Sum-Rate Maximization using A. Emad, N. C. Beaulieu (University of Alberta) Weighted MMSE for MIMO-BC Beamforming Design 4. Time and Frequency Synchronization for Power S. S. Christensen (Nokia Denmark), R. Agarwal Line OFDM Systems with Colored Noise (Stanford University), E. de Carvalho R. Mo, S. W. Oh, Y. Zeng (Aalborg University), J. Cioffi (Stanford University) (Institute for Infocomm Research) 4. Beamforming in Dual-Hop Fixed Gain Relaying 5. CFO Estimation Schemes for Differential OFDM Systems Systems D.B. da Costa, S. Aïssa (University of Quebec) X. N. Zeng, A. Ghrayeb (Concordia University) 5. Distributed Beamforming in Relay-Assisted SPC-04: Performance analysis Multiuser Communications D. H. N. Nguyen, H. H. Nguyen Room: Konferenz 5 (University of Saskatchewan), H. D. Tuan Time: Mon, 15 Jun, 4:00 pm - 5:30 pm (University of New South Wales) Chair: Nadia Khaled (Universidad Carlos III de Madrid) SPC-P1: OFDM and MIMO Room: Poster Area 1 1. Asymptotic Analysis and Design of Multiuser Time: Tue, 16 Jun, 9:00 am - 10:30 am Cooperative DS-CDMA Systems Chair: Zoran Cvetkovic K. Zarifi, S. Affes (University of Quebec), (King’s College London) A. Ghrayeb (Concordia University) 1. A Simplified Suboptimal Algorithm for Tone 2. Asymptotics of Multi-Fold Vandermonde Reservation OFDM Matriceswith Applications to Communications A. Ghassemi, T. A. Gulliver (University of Victoria) and Radar Problems G. Alfano, C.-F. Chiasserini, A. Nordio 2. Power Allocation for Improved DF Relayed (Politecnico di Torino), A. Tulino OFDM Transmission : The Individual Power (Universita’ di Napoli Federico II) Constraint Case L. Vandendorpe, J. Louveaux, O. Oguz, A. Zaidi (UCL) 3. The Modified Bayesian Cramér-Rao Bound for MIMO Channel Tracking 3. Adaptive Puncturing for Coded OFDMA Systems L.-K. Chiu, S.-H. Wu M. Abdelhakim (Cairo University), M. Nafie (National Chiao Tung University) (Nile University), A. Shalash (Cairo University), A. Elezabi (American University in Cairo) 4. On the Performance Improvements of Max-SINR Equalizers in Wireless Communications 4. Initial Synchronization for Multi-Cell OFDMA F. Benedetto, G. Giunta (University of Roma Tre), Systems L. Vandendorpe Y.-C. Liu, K.-C. Lin, Y. T. Su (Université catholique de Louvain) (National Chiao Tung University)

5. CRBs for UWB Multipath Channel Estimation: 5. IQ Imbalance Correction for OFDMA Uplink Impact of the Overlapping Between the MPCs Systems on MPC Gain and TOA Estimation H. A. Mahmoud, H. Arslan A. Mallat, C. Oestges, L. Vandendorpe (University of South Florida), M. K. Ozdemir, (Ecole polytechnique de Louvain) F. E. Retnasothie (Logus Broadband Wireless Solutions) SPC-05: Beamforming 6. Low Complexity Antenna Selection Scheme for Room: Konferenz 4 Multiuser MIMO Broadcast Systems Time: Tue, 16 Jun, 9:00 am - 10:30 am E. Kurniawan, A. S. Madhukumar Chair: Hung Nguyen (Nanyang Technological University), F. Chin (The Aerospace Corporation) (Institute for Infocomm Research)

6666 7. Symbol Based Search Space Constraining for 5. On the Effect of Power Amplifier Nonlinearity on Complexity/Performance Scalable Near ML MIMO Transmit Diversity Systems Detection in Spatial Multiplexing MIMO OFDM J. Qi, S. Aïssa (INRS-EMT, University of Quebec) Systems E. L. Estraviz, V. Ramon, A. Bourdoux, SPC-07: Precoding-related algorithms L. Van der Perre (IMEC) Room: Konferenz 4 8. Low Complexity Decision Directed Channel Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Tracking for High Mobility OFDM Systems Chair: Mustafa Gurcan S. Kalyani (Imperial College London) (Centre of Excellence in Wireless Technology), K. Giridhar 1. A Hybrid MC-CDMA Precoding Scheme (Indian Institute of Technology Madras) Employing Code Hopping and Partial Beamforming 9. Joint Linear Filter Design in Multi-User C. Masouros, E. Alsusa (University of Manchester) Non-Regenerative MIMO-Relay Systems 2. Selective Channel Inversion Precoding for the G. Li, Y. Wang, T. Wu, J. Huang (Beijing Univer- Downlink of MIMO Wireless Systems sity of Posts and Telecommunications) C. Masouros, E. Alsusa (University of Manchester) 10. Iterative Receiver for Multi-Input Multi-Output 3. Efficient GSVD Based Multi-User MIMO Linear (MIMO) Two-Way Wireless Relay Systems Precoding and Antenna Selection Scheme T.-H. Pham (National University of Singapore), J. Park, J. Chun (KAIST, Korea), H. Park Y.-C. Liang (Institute for Infocomm Research), (Georgia Institute of Technology) A. Nallanathan (King’s College London), G. H. Krishna (National University of Singapore) 4. Link Adaptation in Linearly Precoded Closed-Loop MIMO-OFDM Systems with Linear 11. Co-Channel Interference Mitigation for 3G LTE Receivers MIMO-OFDM Systems E. Ohlmer, G. Fettweis M. R. Raghavendra (Motorola), M. Juntti, (Technische Universität Dresden) M. Myllylä (University of Oulu) 5. Utility Maximization in the Multi-User MISO 12. A Stochastic MIMO Model for Far-End Crosstalk Downlink with Linear Precoding in VDSL Cable Binders J. Brehmer, W. Utschick W. Xu (Infineon Technologies AG), C. Schroeder, (Technische Universität München) P. Hoeher (University of Kiel) 13. Pilot-Aided Active Constellation Extension SPC-P2: Theoretical and implementation topics Algorithm with Low Peak Power in OFDM Room: Poster Area 1 K. Bae, E. J. Powers Time: Tue, 16 Jun, 2:00 pm - 3:30 pm (The University of Texas at Austin) Chair: Matthias Hesse (CNRS)

SPC-06: Implementation and platforms 1. Improved Fast Recursive Algorithms for V-BLAST Room: Konferenz 4 and G-STBC with Novel Efficient Matrix Inversion Time: Tue, 16 Jun, 10:50 am - 12:20 pm H. Zhu (Huawei Technologies Co. Ltd.), W. Chen Chair: Said Boussakta (Shanghai Jiaotong University), F. She (University of Newcastle upon Tyne) (Huawei Technologies) 2. Efficient Implementation of Binary Sequence 1. An Efficient Software Radio Framework for Generator for WiMAX and WRAN on WiMAX Physical Layer on Cell Multicore Platform Programmable Digital Signal Processor J. Chen, Q. Wang, Z. Zhu, Y. H. Lin L. T. Tie, S. W. Oh, J. M. Kua (IBM China Research Lab) (Institute for Infocomm Research) 2. Architecture of Run-time Reconfigurable 3. Maximum a Posteriori Bit-Unstuffing Channel Decoder J. Hicks (The Aerospace Corporation), R. Rajore, S. Nandy, H. S. Jamadagni T. Meehan (Vista Research), F. Kragh (Indian Institute of Science, Bangalore) (Naval Postgraduate School) 3. A System Level Algorithmic Approach toward 4. Highly Integrated Fractional-n Synthesizer for Energy-Aware SDR Baseband Implementations Locatable Wireless Sensor Nodes M. Li, D. Novo, B. Bougard, C. Desset, T. Ußmüller, R. Weigel A. Dejonghe, L. Van Der Perre, F. Catthoor (University of Erlangen-Nuremberg), R. Eickhoff (IMEC) (Technische Universität Dresden) 4. Rapid Prototyping of Clarkson’s Lattice 5. Generalized Differential Vector Signaling Reduction for MIMO Detection A. Abbasfar (Rambus Inc.) L. G. Barbero (ECIT Institute, Queen’s University Belfast), 6. Graph Matching Based Side Information D. L. Milliner (Georgia Institute of Technology), Generation for Distributed Multi-View Video T. Ratnarajah Coding (ECIT Institute, Queen’s University Belfast), H. Lv, H. Xiong, L. Song J. R. Barry (Georgia Institute of Technology), (Shanghai Jiao Tong University), Z. He C. Cowan (University of Missouri-Columbia), T. Chen (ECIT Institute, Queen’s University Belfast) (Carnegie Mellon University)

67 7. Algebraic Reduction for the Golden Code G. Rekaya-Ben Othman, L. Luzzi, J.-C. Belfiore SPC-09: Equalisation (Telecom ParisTech) Room: Konferenz 4 8. An Advanced Method for Watermarking Digital Time: Wed, 17 Jun, 9:00 am - 10:30 am Signals in Bit-Plane Structure Chair: Hai Lin (Osaka Prefecture University) T. Kimoto (Toyo University) 1. Per-Tone Equalizer Design and Analysis of 9. Efficient Sample Rate Conversion in Software Filtered Multitone Communication Systems Over Radio Employing Folding Number System Time-Varying Frequency-Selective Channels D.-M. Pham, A. B. Premkumar, A. S. Madhukumar P. Amini, B. Farhang-Boroujeny (Nanyang Technological University) (University of Utah) 10. Multiuser Extensions for Closed Loop Transmit Diversity in HSDPA 2. Low-Complexity Equalization Based on Least S. P. Shenoy (EURECOM), I. Ghauri Squares Support Vector Classifiers for DS-UWB (Infineon Technologies France), D. T. M. Slock Systems (EURECOM) M. Musbah, X. Zhu (University of Liverpool)

11. Crosstalk Cancellation in Upstream Coordinated 3. Space-Frequency-Coded MIMO OFDM DSL Using an Iterative MMSE Receiver Receivers Based on Gaussian Message Passing I. Wahibi, M. Ouzzif, J. Le Masson (Orange Labs), C.-P. Chou, C.-H. Wu, T.-H. Liu S. Saoudi (Telecom Bretagne) (National Chung Cheng University), Y.-T. Hwang 12. An SNR-Assisted Crosstalk Channel Estimation (National Chung Hsing University) Technique J. Louveaux, A. Kalakech 4. Channel Spectral Flattening in Time Domain (Université catholique de Louvain), M. Guenach, Equalizer Design for OFDM Systems J. Maes, M. Peeters (Alcatel-Lucent), I. Y. Chen (DSO National Laboratories), L. Vandendorpe W. H. Chin (Toshiba Research Europe Limited) (Université catholique de Louvain)

13. Channel Estimation and Performance of 5. SVD-Based Receiver for Downlink MIMO Mismatched Decoding in Wireless Relay MC-CDMA Systems Networks H. Zamiri-Jafarian, M. Rajabzadeh D. H. N. Nguyen, H. H. Nguyen (Ferdowsi University of Mashhad, Iran) (University of Saskatchewan) SPC-10: Channel Estimation SPC-08: Iterative receivers and sequential Room: Konferenz 4 methods Time: Wed, 17 Jun, 10:50 am - 12:20 pm Room: Konferenz 4 Chair: Feifei Gao Time: Tue, 16 Jun, 4:00 pm - 5:30 pm (Jacobs University, Bremen) Chair: Mathini Sellathurai (Queen’s University of Belfast) 1. Steady-State Kalman Filtering for Channel Estimation in OFDM Systems Utilizing SNR 1. Iterative Detection and Decoding for M. Liyanage, I. Sasase (Keio University) Hard-Decision Forwarding Aided Cooperative Spatial Multiplexing 2. Channel Estimation for Amplify-and-Forward K. C. Lee (Samsung, Korea), L. Hanzo Two-Way Relay Network with Power Allocation (Unversity of Southampton) B. Jiang (National Mobile Communication Re- 2. Performance of Sequential Probability Ratio Test search Laboratory, Southeast University), F. Gao for GPS Acquisition (School of Engineering and Science Electri- N. O’Mahony (University College Cork), cal Engineering, Jacobs University Bremen), C. O’Driscoll (University of Calgary), X. Gao (National Mobile Communications Re- C. C. Murphy (University College Cork) search Laboratory, Southeast University), A. Nallanathan 3. Improved Decision-Directed Recursive Least (Division of Engineering, King’s College London) Squares MIMO Channel Tracking E. Eitel (University of Stuttgart), R. H. A. Salem 3. Decision Directed Channel Estimation for OFDM (German University of Cairo), J. Speidel Systems Employing Fast Data Projection Method (University of Stuttgart) Algorithm O. O. Oyerinde, S. H. Mneney 4. Markov Chain Monte Carlo Detection Methods (University of KwaZulu-Natal) for High SNR Regimes S. Akoum (University of Texas at Austin), R. Peng, R.-R. Chen, B. Farhang-Boroujeny 4. Channel Estimation and Tracking Schemes for (University of Utah) the Pulse-Shaping OFDM Systems B. Mongol (Nagoya University, Gradu- 5. Iterative Receiver Design for MIMO Systems with ate School of Engineering), T. Yamazato, Improper Signal Constellations M. Katayama P. Xiao, M. Sellathurai (Queen’s University Belfast) (Nagoya University, Ecotopia Science Institute)

6868 5. Channel Estimation Based on Divergence 5. A User Grouping Method for Maximum Weighted Minimization for OFDM Systems with Co-Channel Sum Capacity Gain Interference C. Guthy, W. Utschick C. Navarro Manchón, B. Fleury, G. E. Kirkelund, (Technische Universität München), G. Dietl (DO- P. Mogensen, L. Deneire, T. Sørensen COMO Communications Laboratories Europe) (Aalborg University), C. Rom (Infineon Technologies Denmark A/S)

SPC-11: Detection and decoding Room: Konferenz 4 Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Chair: Wai Pang Ng (Northumbria University)

1. Reduced-Rank Adaptive Least Bit Error-Rate Detection in Hybrid Direct-Sequence Time-Hopping Ultrawide Band Systems Q. Z. Ahmed, L.-L. Yang, S. Chen (Unversity of Southampton)

2. Complexity Reduced Soft-In Soft-Out Sphere Detection Based on Search Tuples B. Mennenga, A. von Borany, G. Fettweis (Technische Universität Dresden)

3. An Improved Split-Row Threshold Decoding Algorithm for LDPC Codes T. Mohsenin, D. Truong, B. Baas (UC Davis)

4. Application of Analytic Wavelet Transform for Signal Detection in Nyquist Folding Analog-to-Information Receiver O. O. Odejide, C. M. Akujuobi, A. Annamalai (Prairie View A&M University), G. Fudge (Private Consultant)

5. Sub-Noise Primary User Detection by Cross-Correlation M. Heskamp, C. Slump (University of Twente)

SPC-12: Optimisation Room: Konferenz 4 Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Claude Desset (IMEC)

1. Particle Swarm Optimisation Aided Minimum Bit Error Rate Multiuser Transmission W. Yao, S. Chen (University of Southampton), S. Tan (Unversity of Southampton), L. Hanzo (University of Southampton)

2. Effective Capacity Maximization in Multi-Antenna Channels with Covariance Feedback E. Jorswieck, R. Mochaourab, M. Mittelbach (Dresden University of Technology)

3. Multi-User Joint Subchannel and Power Resource-Allocation for Powerline Relay Networks H. Zou, A. Chowdhery, S. Jagannathan, J. M. Cioffi (Stanford University), J. Le Masson (Orange Labs)

4. Analog Antenna Combining for Maximum Capacity Under OFDM Transmissions J. Vía, V. Elvira, I. Santamaría (University of Cantabria), R. Eickhoff (Dresden University of Technology)

69 SAC-03: Networked Services Room: Seminar 5 Symposium on Selected Areas in Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Chair: Madjid Merabti Communications (Liverpool John Moores University)

1. A Polite Cross-Layer Protocol for Contention-Based Home Power-Line SAC-01: Situation Management Communications A. Chowdhery, S. Jagannathan, J. M. Cioffi Room: Seminar 5 (Stanford University), M. Ouzzif Time: Mon, 15 Jun, 10:50 am - 12:20 pm (Orange Labs R&D, Lannion) Chair: Gabriel Jakobson (Altusys Corp.) 2. A Distributed Protocol for Virtual Device 1. Situation Understanding Based on Composition in Mobile Ad Hoc Networks Heterogeneous Sensor Networks and E. Karmouch, A. Nayak (University of Ottawa) Human-Inspired Favor Weak Fuzzy Logic System Q. Liang (University of Texas at Arlington) 3. Statistical MIMO Channel Model for Gain Quantification of DSL Crosstalk Mitigation 2. Spatial-Temporal Event Correlation Techniques J. Buford, X. Wu, V. Krishnaswamy J. Maes, M. Guenach, M. Peeters (Avaya Labs Research) (Alcatel-Lucent Bell Labs)

3. Modeling of a Public Safety Communication 4. A Novel Interactive Streaming Protocol for System for Emergency Response Image-Based 3D Virtual Environment Navigation C. Chen, C. Pomalaza-Ráez (Indiana University - A. Boukerche, R. Jarrar, R. W. Pazzi Purdue University Fort Wayne), M. Colone, (University of Ottawa) R. Martin, J. Isaacs (ITT Corporation) 5. End-to-End QoS Provisioning for Real-Time Video 4. Battle Management Language (BML) as an Streaming over SP-Driven P2P Networks Using Enabler Admission Control K. Rein, U. Schade (FGAN FKIE), M. Hieb M. Mushtaq, T. Ahmed (George Mason University) (CNRS LaBRI Lab., University of Bordeaux 1)

5. Adaptive Mixture-Based Neural Network SAC-04: Vehicular Communications and Approach for Higher-Level Fusion and Networks Automated Behavior Monitoring Room: Seminar 5 D. Garagic, B. Rhodes, N. Bomberger, Time: Tue, 16 Jun, 9:00 am - 10:30 am M. Zandipour (BAE Systems - AIT) Chair: Yacine Ghamri Doudane SAC-02: Data Storage (LRSM, Ensiie) Room: Seminar 5 1. VLS: A Map-Based Vehicle Location Service for Time: Mon, 15 Jun, 2:00 pm - 3:30 pm City Environments Chair: Sedat Oelcer X.-Y. Bai (Institute of Computing Technol- (IBM Zurich Research Laboratory) ogy, Chinese Academy of Sciences), X.-M. Ye (Inner Mongolia University), J. Li, H. Jiang 1. Matched Spectral-Null Code with Run-Length (Institute of Computing Technology, Chi- Limitation for Optical Recording Channels nese Academy of Sciences) S. Higashino, S. Kobayashi, T. Yamagami (Sony Corp.) 2. Wireless Location Privacy Protection in Vehicular Ad-Hoc Networks 2. Rewritable Channels With Data-Dependent J.-H. Song, V. W. S. Wong, V. C. M. Leung Noise (University of British Columbia) T. Mittelholzer (IBM Zurich Research Lab), M. Franceschini, L. A. Lastras-Montaño, I. Elfadel, 3. A New Architecture for Data Collection in M. Sharma (IBM Watson Research Center) Vehicular Networks I. Salhi, M. Cherif, S.-M. Senouci 3. Joint Message-Passing Symbol-Decoding of (France Telecom R&D) LDPC Coded Signals Over Partial-Response Channels 4. A Link-Reliability-Based Approach to Providing R. Radhakrishnan, B. Vasic (University of Arizona) QoS Support for VANETs A. Boukerche, C. Rezende, R. W. Pazzi 4. Probabilistic Data Detection for Probe-Based (University of Ottawa) Storage Channels in the Presence of Jitter H. Pozidis, G. Cherubini 5. A Distributed Approach for Location Lookup in (IBM Research, Zurich Research Laboratory) Vehicular Ad Hoc Networks H. Saleet (University of Waterloo), R. Langar 5. Stochastic Decoding of LDPC Codes Over GF(q) (LIP6, UPMC - Paris Universitas), O. Basir, G. Sarkis, S. Mannor, W. Gross (McGill University) R. Boutaba (University of Waterloo)

7070 SAC-05: Cognitive Networks 1: Spectrum 1. Probability-Based Combination for Cooperative Sensing Spectrum Sensing in Cognitive Radio Networks Room: Seminar 5 X. Zhou, J. Ma, G. Y. Li Time: Tue, 16 Jun, 10:50 am - 12:20 pm (Georgia Institute of Technology), Y. H. Kwon, Chair: Rajeev Jain A. Soong (Huawei Technologies) (University of California Los Angeles) 2. Broker Coordination in Demand Responsive 1. Proactive Detection of Spectrum Holes in Dynamic Spectrum Access Settings Cognitive Radio O. Ileri, J. Zander G. Zhao (Beihang University), G. Li (Royal Institute of Technology (KTH)) (Georgia Tech), C. Yang (Beihang University), J. Ma (Georgia Tech) 3. Cognitive Radio Policy Languages J. Mitola III (Stevens Institute of Technology) 2. Blind Spectrum Sensing for Cognitive Radio Based on Signal Space Dimension Estimation 4. A Neural Network Based Cognitive Controller for B. Zayen, A. Hayar (Eurecom), K. Kansanen Dynamic Channel Selection (Norwegian Univ. of Science and Technology) N. Baldo (Centre Tecnològic de Telecomunica- cions de Catalunya), B. R. Tamma, B. S. Manoj, 3. Spectrum Sensing Using Hidden Markov R. Rao (University of California San Diego), Modeling M. Zorzi (University of Padova) A. Coulson (Industrial Research Ltd)

4. Cooperative Spectrum Sensing with Noisy Hard 5. Throughput Analysis of a Randomized Sensing Decision Transmissions Scheme in Cell-Based Ad-Hoc Cognitive T. C. Aysal, K. Sithamparanathan, R. Piesiewicz Networks (Create-Net) A. Banaei, C. Georghiades (Texas A&M University) 5. Spectrum Sensing Design Framework Based on Cross-Layer Optimization of Detection Efficiency SAC-P1: Poster Session: Selected Topics in J. Park, R. Jain, D. Cabric Communications (University of California Los Angeles) Room: Poster Area 1 SAC-06: Cognitive Networks 2: Modeling and Time: Wed, 17 Jun, 9:00 am - 10:30 am Security in Dynamic Spectrum Access Chair: Yacine Ghamri Doudane (LRSM, Ensiie) Room: Seminar 5 Time: Tue, 16 Jun, 2:00 pm - 3:30 pm 1. Spectogram Reconstruction from Random Chair: Koduvayur Subbalakshmi Sampling: Application to the GSM Band Sensing (Stevens Institute of Technology) L. Gueguen, B. Sayrac (Orange Labs), D. Depierre (THALES Land & Joint Systems) 1. Detecting Primary User Emulation Attacks in Dynamic Spectrum Access Networks 2. A Cooperative Vehicular Network Framework Z. Jin, S. Anand, K. P. Subbalakshmi O. Trullols-Cruces, J. Morillo-Pozo, J. M. Barcelo, (Stevens Institute of Technology) J. Garcia-Vidal 2. A New Cooperative Detection Technique with (Universitat Politecnica de Catalunya (UPC)) Malicious User Suppression 3. Analysis of Diversity Combining in Energy T. Zhao, Y. Zhao (State Key Laboratory of Ad- Detection for Cognitive Radio over Nakagami vanced Optical Communication Systems & Net- Channels works, School of Electronics Engineering & Com- S. Herath, N. Rajatheva puter Science, Peking University) (Asian Institute of Technology) 3. Towards Secure Spectrum Decision G. Jakimoski, K. P. Subbalakshmi 4. UWB Radar Sensor Networks Detection of Targets (Stevens Institute of Technology) in Foliage Using Short-Time Fourier Transform J. Liang, Q. Liang (Univ. of Texas at Arlington) 4. Modeling and Analysis for Proactive-Decision Spectrum Handoff in Cognitive Radio Networks 5. Decentralized Control and Optimization of C.-W. Wang, L.-C. Wang Networks with QoS-Constrained Services (National Chiao Tung University) I. Saniee (Bell Labs, Alcatel-Lucent) 5. Spatial Statistics of Spectrum Usage: From 6. Detecting Low-Power Primary Signals via Measurements to Spectrum Models Distributed Sensing to Support Opportunistic M. Wellens, J. Riihijärvi, M. Gordziel, P. Mähönen Spectrum Access (RWTH Aachen University) V. Fodor, I. Glaropoulos SAC-07: Cognitive Networks 3: Spectrum (KTH, Royal Institute of Technology), Management and Policy Issues L. Pescosolido (University of Rome)

Room: Seminar 5 7. Cooperative Shared Spectrum Sensing for Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Dynamic Cognitive Radio Networks Chair: Costas Georghiades A. Biswas, T. C. Aysal, K. Sithamparanathan, (Texas A&M Univeristy) D. Kliazovichz, R. Piesiewicz (Create-Net)

71 8. Stateful Scheduling with Network Coding for Roadside-to-Vehicle Communication H. Lu Wireless Communications (University of Science and Technology of China), F. Wu (Microsoft Research Asia), C. Chen Symposium (State University of New York at Buffalo) 9. Subcarrier Sensing for Distributed OFDMA in Powerline Communication WCS-01: MIMO I Y. Zeng, S. W. Oh, R. Mo (Institute for Infocomm Research, Singapore) Room: Saal 2 Time: Mon, 15 Jun, 10:50 am - 12:20 pm 10. IPTV Quality of Service Management in Home Chair: Witold Krzymien Networks (University of Alberta / TRLabs) C. Mingardi (Aspiag Service Srl), M. Brunner (NEC) 1. QoS-Aware Optimal Power Allocation with Channel Inversion Regularization Precoding in MU-MIMO X. Jin, Y. Yang, L. Tian, D. Pang (Institute of Com- puting Technology, Chinese Academy of Sci- ences, Graduate University of Chinese Acade), J. Shi (Institute of Computing Technology, Chi- nese Academy of Sciences), E. Dutkiewicz (Macquarie University)

2. A Training-Based Iterative Detection/Channel Estimation Scheme for Large Non-Orthogonal STBC MIMO Systems A. Zaki, S. Mohammed, A. Chockalingam, B. S. Rajan (Indian Institute of Science)

3. A New Reduced Complexity ML Detection Scheme for MIMO Systems J.-S. Kim, S.-H. Moon, I. Lee (Korea University, Korea)

4. A Semidefinite Relaxation Approach to Efficient Soft Demodulation of MIMO 16-QAM M. Nekuii, T. Davidson (McMaster University)

5. Markov Chain Minimum Bit Error Rate Detection for Multi-Functional MIMO Uplink S. Sugiura, S. Chen, L. Hanzo (Unversity of Southampton)

WCS-02: Cooperative Networks I Room: Saal 4 Time: Mon, 15 Jun, 10:50 am - 12:20 pm Chair: Sergey Loyka (University of Ottawa)

1. Minimum Sum Expected Distortion in Cooperative Networks S. Ren (University of California, Los Angeles), K.B. Letaief (The Hong Kong University of Sci- ence and Technology)

2. A Novel Cooperative Diversity Based on Multilevel Coded Modulation K. Ishii (Kagawa University), K. Ishibashi (Shizuoka University), H. Ochiai (Yokohama National University)

3. Denoising Strategy for Convolutionally-Coded Bidirectional Relaying T. Koike-Akino (Harvard University), P. Popovski (Aalborg University), V. Tarokh (Harvard University)

4. On the Performance of Selection Cooperation ARQ P. A. Anghel, M. Kaveh (University of Minnesota)

7272 5. A Distributed Linear Convolutive 5. Bit-Interleaved Coded Modulation for Hybrid Space-Frequency Coding for Cooperative RF/FSO Systems Communication Systems with Multiple B. He, R. Schober (University of British Columbia) Frequency Offsets H. Wang (Xi’an Jiaotong University), X.-G. Xia 6. Mapping Techniques for UWB Positioning (University of Delaware), Q. Yin, L. Bai E. Arias-de-Reyna (University of Seville), (Xi’an Jiaotong University) U. Mengali (University of Pisa)

WCS-03: Capacity and Performance Analysis 7. Underground Wireless Communication using Magnetic Induction Room: Saal 5 Z. Sun, I. Akyildiz Time: Mon, 15 Jun, 10:50 am - 12:20 pm (Georgia Institution of Technology) Chair: David Griffith (NIST)

1. Crystallized Rates Region of the Interference 8. Capacity Evaluation of a Land Mobile Satellite Channel via Correlated Equilibrium with System Utilizing Multiple Element Antennas Interference as Noise N. Moraitis, A. Kyriazos, P. Constantinou M. Charafeddine (Stanford University), Z. Han (National Technical University of Athens), (University of Houston), A. Paulraj, J. Cioffi D. Vouyioukas (University of the Aegean) (Stanford University) 9. A Compressed Sensing Based Ultra-Wideband 2. Sum Rates and User Scheduling for Multi-User Communication System MIMO Vector Perturbation Precoding P. Zhang, Z. Hu, R. Qiu (Tennessee Tech Univ), A. Razi (The University of New South Wales), B. Sadler (US Army Research Laboratory) D. J. Ryan (Norwegian University of Sci- ence and Technology), I. B. Collings 10. A Simple Near-Capacity Bandwidth-Efficient (CSIRO, ICT Centre), J. Yuan Coded Modulation Scheme in Rayleigh Fading (The University of New South Wales) N. H. Tran, T. Le-Ngoc (McGill University), T. Matsumoto (University of Oulu) 3. Constrained Ergodic Rates Maximization for Mobile WiMAX with Statistical Channel 11. Design and Evaluation of a Multilevel Decoder Information for Satellite Communications F. Brah, L. Vandendorpe A. Vargas, M. Breiling (Fraunhofer Institute), (Université catholique de Louvain) W. Gerstacker (University of Erlangen) 4. Throughput Optimization in High Speed Downlink Packet Access (HSDPA) 12. Differential (De)Modulation for Orthogonal T. Cui (California Institute of Technology), F. Lu, Bi-Pulse Noncoherent UWB A. Goteti, V. Sethuraman, S. Rao, M. Ouertani (Institut Supérieur d’informatique), P. Subrahmanya (Qualcomm Inc.) H. Xu (University of Florida), H. Besbes (Ecole Supérieure des Communications de Tu- 5. Throughput Enhancement in Multi-Carrier nis, Sup’Com), L. Yang (University of Florida), Systems Employing Overlapping A. Bouallègue Weyl-Heisenberg Frames (Ecole Nationale d’ingénieur de Tunis, ENIT) T. Kurt (Airties Wireless Networks), G. Kurt (Turkcell Ilet. Hiz.), A. Yongacoglu 13. Analysis of Turbo Codes Over Hybrid Optical/RF (University of Ottawa) Channels H. Tapse, D. Borah (New Mexico State University) WCS-P1: Topics in Transmission Technologies Room: Poster Area 1 14. Local Information Busy Burst Thresholding Time: Mon, 15 Jun, 10:50 am - 12:20 pm S. Sinanovic (University of Edinburgh), Chair: Mustafa Cenk Gursoy H. Burchardt (University of Nebraska-Lincoln) (Technische Universitaet Muenchen), N. Serafimovski (Jacobs University Bremen), 1. Characterization of the Dynamic Narrowband G. Auer (DOCOMO Euro-Labs), H. Haas On-Body to Off-Body Area Channel (University of Edinburgh) D. Smith, L. Hanlen, J. Zhang, D. Miniutti, D. Rodda, B. Gilbert 15. Three Layered Hidden Markov Models for Binary (National ICT Australia (NICTA)) Digital Wireless Channels O. S. Salih, C.-X. Wang (Joint Research Insti- 2. Diversity Analysis of Smart Relaying with Equal tute for Signal and Image Processing, Heriot- Gain Combining Watt University, Edinburgh), D. I. Laurenson N. Vien, H. Nguyen (University of Saskatchewan), (Joint Research Institute for Signal and Im- T. Le-Ngoc (McGill University) age Processing, University of Edinburgh, Edin- 3. The α - η - µ and α - λ - µ Joint Envelope-Phase burgh) Fading Distributions A. Papazafeiropoulos, S. Kotsopoulos WCS-04: Cooperative Networks II (University of Patras) Room: Saal 2 4. Channel Modeling and Performance Evaluation Time: Mon, 15 Jun, 2:00 pm - 3:30 pm on UWB-Based Wireless Body Area Networks Chair: Meixia Tao K. Takizawa, T. Aoyagi, R. Kohno (NICT) (Shanghai Jiao Tong University)

73 1. Analysis, Insights and Generalization of a Fast 1. Power Allocation for Broadcasting in Multiuser Decentralized Relay Selection Mechanism OFDM Systems with Sublinear Complexity V. Shah, N. Mehta C. Liu (Institute for Theoretical Information Tech- (Indian Institute of Science (IISc)), R. Yim nology, RWTH-Aachen University), A. Schmeink (Mitsubishi Electric Research Labs (MERL)) (UMIC Research Centre, RWTH-Aachen Univer- sity), R. Mathar 2. Performance Evaluation of HARQ Schemes for (Institute for Theoretical Information Technol- Cooperative Regenerative Relaying ogy, RWTH-Aachen University) R. Hoshyar, R. Tafazolli (University of Surrey) 2. BICMB-OFDM Link Resource Adaptation I. Stupia, F. Giannetti, V. Lottici 3. On the Performance of Amplify-and-Forward (University of Pisa), L. Vandendorpe, J. Louveaux Cooperative Diversity with the Nth Best-Relay (Catholic University of Louvain) Selection Scheme S. S. Ikki, M. H. Ahmed 3. Polynomial Eigen-Beamformer in Time Domain (Memorial University of Newfoundland) for MIMO-OFDM Systems H. Zamiri-Jafarian, M. Moghaddari 4. Performance Analysis of Decode-and-Forward (Ferdowsi University of Mashhad, Iran) Relay Network Under Adaptive M-QAM P. Kalansuriya, C. Tellambura 4. Minimum Distance Based Precoder for (University of Alberta) MIMO-OFDM Systems Using a 16-QAM Modulation 5. Fundamental Power-Allocation for Cooperative Q.-T. Ngo, O. Berder, B. Vrigneau, O. Sentieys Relay Networks (INRIA / University of Rennes 1) R. Kwak, J. Cioffi (Stanford University) 5. Subcarrier Allocation for OFDMA Relay Networks with Proportional Fair Constraint WCS-05: Wireless Channels B. Fan, W. Wang, Y. Lin (Beijing Univer- Room: Saal 4 sity of Posts & Telecommunications), L. Huang Time: Mon, 15 Jun, 2:00 pm - 3:30 pm (Orange Labs, France Telecom R&D, Bei- Chair: George Karagiannidis jing, China), K. Zheng (Aristotle University of Thessaloniki) (Beijing University of Posts & Telecommunica- tions) 1. The Effect of Fading Correlation on Average Source MMSE Distortion WCS-P2: Topics in Resource Allocation, D. Tuninetti, S. Zhao, R. Ansari, D. Schonfeld (UIC) Management Room: Poster Area 2 2. The Two-Way MIMO Wire-Tap Channel Time: Mon, 15 Jun, 2:00 pm - 3:30 pm O. Souihli, T. Ohtsuki (Keio University) Chair: Yi Qian (NIST)

3. Degrees of Freedom and Sum Rate Maximization 1. Power Allocation for Wireless Communications for Two Mutually Interfering Broadcast Channels Using Variable Time-Fraction Collaboration S.-H. Park, I. Lee (Korea University, Korea) P. Tooher, M. R. Soleymani (Concordia University)

2. Dynamic Pre-Allocation HARQ (DP-HARQ) in IEEE 4. A Flexible Antenna Selection Scheme for 60 GHz 802.16j Mobile Multihop Relay (MMR) Multi-Antenna Systems Using Interleaved ADCs K.-W. Cheng (National Tsing Hua University), W. Van Thillo, S. Pollin, J. Nsenga, V. Ramon, J.-C. Chen (Telcordia Technologies) A. Bourdoux, F. Horlin, R. Lauwereins (IMEC), A. Bahai (UC Berkeley) 3. Protocols and Resource Allocation for the Two-Way Relay Channel with Half-Duplex 5. Second Order Statistics of Non-Isotropic Terminals Mobile-to-Mobile Ricean Fading Channels A. Agustin, J. Vidal, O. Muñoz (UPC) X. Cheng, C.-X. Wang (Joint Research Institute for Signal and Im- 4. Quality of Service in 802.11 Networks: Modeling age Processing, School of Engineering and Phys- and Experimental Evaluation ical Sciences, Heriot-Watt University), F. Babich, M. Comisso, M. D’Orlando, A. Dorni D. Laurenson (Joint Research Institute for Sig- (University of Trieste) nal and Image Processing, Institute for Digi- tal Communications, University of Edinburgh), 5. Dynamic Coexistence of Frequency Hopping A. Vasilakos (Department of Com- Networks using Parallel and Gaussian puter and Telecommunications Engineering, Uni- Allocations versity of Western Macedonia) M. Hasan, R. Prakash, J. Jue (The University of Texas at Dallas) WCS-06: OFDM 6. Optimal Cross-Layer Bandwidth Adaptation for Room: Saal 5 Maximum-Throughput VBR Media Wireless Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Content Delivery Chair: Dhammika Jayalath E. Baccarelli, M. Biagi, N. Cordeschi, C. Pelizzoni (Queensland University of Technology) (”Sapienza” University of Rome)

7474 7. Fairness-Aware Joint Routing and Scheduling in 5. Application of Phase Shift in Coherent OFDMA-Based Cellular Fixed Relay Networks Multi-Relay MIMO Communications M. Salem, A. Adinoyi, M. Rahman, Y. Zheng, H. Mehrpouyan, S. D. Blostein H. Yanikomeroglu, D. Falconer (Queen’s University) (Carleton University), Y.-D. Kim, W. Kim, E. Kim (Samsung Electronics, Korea) WCS-08: MIMO Cooperative Networks 8. Traffic-Matching Revenue-Rate Maximization Room: Saal 4 Scheduling for Downlink OFDMA Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Y. Ma, A. Leith (Iowa State University), Y. Qian Chair: Walaa Hamouda (National Institute of Standards and Technology) (Concordia University) 9. A Mathematical Perspective of Self-Optimizing 1. Pilot Matrix Design for Interim Channel Estimation Wireless Networks in Two-Hop MIMO AF Relay Systems I. Viering (Nomor Research), M. Döttling, J. Ma (Georgia Tech), P. Orlik, J. Zhang A. Lobinger (Nokia Siemens Networks) (Mitsubishi Electric Research Laboratories), G. Y. Li (Georgia Tech) 10. Power Optimal Signaling for Fading Multi-Access Channel in Presence of Coding Gap 2. Limited-Feedback Modified Block A. Sethi, P. Chaporkar, A. Karandikar Diagonalization for Multiuser MIMO Downlink (Indian Institute of Technology Bombay) with Time-Varying Channels Y. Xiao, W. Miao, M. Zhao, S. Zhou, J. Wang 11. General Order Selection Allocation for (Tsinghua University) Decentralized Multiple Access Networks M. Elkashlan, Z. Chen, I. Collings 3. Degrees of Freedom of Cooperative MIMO in (CSIRO, ICT Centre), W. Krzymien Cellular Networks (University of Alberta / TRLabs) S.-H. Lee, S.-Y. Chung (KAIST, Korea) 12. Resources Allocation for the Transmission of 4. Joint Precoding for MIMO-Relay Systems with Scalable Images on OFDM Systems Partial Channel State Information H. Houas, I. Fijalkow H. W. Je, D. H. Kim, K. B. Lee (ETIS, UMR CNRS 8051, ENSEA-University of Cergy- (Seoul National University, Korea) Pontoise), C. Baras 5. Power Allocations for Adaptive Distributed MIMO (GIPSA-lab) Multi-Hop Networks 13. Fast Power Control for Cross-Layer Optimal Y. Lang, D. Wübben, K.-D. Kammeyer Resource Allocation in DS-CDMA Wireless (University of Bremen) Networks WCS-09: Channel Measurement and Modeling M. Belleschi, L. Balucanti (University of Siena), P. Soldati, M. Johansson Room: Saal 5 (Royal Institute of Technology KTH), A. Abrardo Time: Mon, 15 Jun, 4:00 pm - 5:30 pm (University of Siena) Chair: Norman Beaulieu (University of Alberta) 14. How Much Multiuser Diversity Gain Is Required Over Large-Scale Fading? 1. Measurement-Based Modeling of Y. Ko, S. A. Vorobyov, M. Ardakani Vehicle-to-Vehicle MIMO Channels (University of Alberta) J. Karedal, F. Tufvesson (Lund University), N. Czink WCS-07: Synchronization (Forschungszentrum Telekommunika- tion Wien, Austria, and Stanford University), Room: Saal 2 A. Paier (Technische Universität Wien), Time: Mon, 15 Jun, 4:00 pm - 5:30 pm C. Dumard, T. Zemen Chair: Davide Dardari (Forschungszentrum Telekommunikation Wien), (University of Bologna) C. Mecklenbräuker (Forschungszentrum Telekommunika- 1. Data-Aided Symbol Timing Estimation for tion Wien and Technische Universität Wien), Multiple-Access OFDM/OQAM Systems A. Molisch (University of Southern California) T. Fusco, A. Petrella, M. Tanda (University of Naples) 2. Intercell Interference Measured in Urban Areas S. Jaeckel, L. Thiele, A. Brylka, L. Jiang, 2. Joint Synchronization Using Cyclic Property V. Jungnickel A. Xu, K. Peng, Z. Yang (Fraunhofer Inst. for Telecommunications), (Tsinghua National Laboratory for Informa- C. Jandura, J. Heft tion Science and Technology (TNList)) (Technical University of Dresden) 3. A New Joint Estimation Scheme for Carrier 3. Receive Antenna Gain of Uniform Linear Arrays Frequency Offset and I/Q Imbalance of Isotrops L. Lanante Jr., M. Kurosaki, H. Ochi M. Ivrlac, J. Nossek (Kyushu Institute of Technology) (Technische Universität München) 4. Joint Synchronization and Channel Estimation for 4. Bivariate Nakagami-q (Hoyt) Distribution OFDM Transmissions over Doubly Selective R. de Souza Channels (Instituto Nacional de Telecomunicações), H. Nguyen-Le, T. Le-Ngoc (McGill University) M. D. Yacoub (State University of Campinas)

75 5. Measuring Indoor Mobile Wireless Link Quality 5. An Interior Point Penalty Method for Utility A. Wapf, M. Souryal (NIST) Maximization Problems in OFDMA Networks M. Mehrjoo, S. Moazeni, X. Shen WCS-10: Cognitive Radio I (University of Waterloo)

Room: Saal 1 WCS-12: Precoding Time: Tue, 16 Jun, 9:00 am - 10:30 am Chair: Mathini Sellathurai Room: Saal 4 (Queen’s University of Belfast) Time: Tue, 16 Jun, 9:00 am - 10:30 am Chair: Are Hjørungnes (University of Oslo) 1. Cyclostationary Signatures in OFDM-Based Cognitive Radios with Cyclic Delay Diversity 1. Precoded Spatial Multiplexing Systems in the H. Guo, H. Hu (Shanghai Institute of Microsys- Presence of Feedback Delay using Kalman Filter tem and Information Technology (SIMIT), Chi- A. Khrwat, B. Sharif, C. Tsimenidis, S. Boussakta nese Academy of Science (CAS) and Shang- (Newcastle University) hai Research Center for Wireless Communica- 2. Interference Cancellation and Detection Using tions (SHRCWC)), Y. Yang Precoders (Shanghai Research Center for Wireless Commu- F. Li, H. Jafarkhani (University of California, Irvine) nication (SHRCWC), China and UCL, London) 3. Cooperative Precoding and Beamforming for 2. Restless Watchdog: Monitoring Multiple Bands Co-Existing Multi-User MIMO Systems with Blind Period in Cognitive Radio Systems W. Hardjawana, B. Vucetic, Y. Li H. Li (The University of Tennessee) (The University of Sydney)

3. Spectrum Handoff in Cognitive Radio Networks: 4. Two-Tx Precoding Codebooks for Variable Opportunistic and Negotiated Situations Spatial Correlation Y. Zhang (Simula Research laboratory) O. Tirkkonen, K. Hugl (Nokia Research Center), Y. Teng (Nokia Siemens Networks) 4. Null Space-Based Precoding Scheme for Secondary Transmission in a Cognitive Radio 5. Linear Precoding for Multiuser MIMO Systems MIMO System Using Second-Order Statistics with Multiple Base Stations H. Yi, H. Hu, Y. Rui, K. Guo, J. Zhang I. Azzam (Research in Motion), R. Adve (Shanghai Research Center for Wireless Commu- (University of Toronto) nications) WCS-13: UWB Communications I 5. Optimization of Cooperative Sensing in Room: Saal 1 Cognitive Radio Networks: A Time: Tue, 16 Jun, 10:50 am - 12:20 pm Sensing-Throughput Tradeoff View Chair: Norman Beaulieu E. C. Y. Peh (Nanyang Technological University), (University of Alberta) Y.-C. Liang (Institute for Infocomm Research), Y. L. Guan (Nanyang Technological University) 1. Three-Stage Concatenated Ultra-Wide Bandwidth Time-Hopping Spread-Spectrum WCS-11: OFDMA I Impulse Radio Using Iterative Detection Room: Saal 2 R. A. Riaz, R. Maunder, M. F. U. Butt, S. X. Ng, Time: Tue, 16 Jun, 9:00 am - 10:30 am S. Chen, L. Hanzo (University of Southampton) Chair: Stefan Kaiser (DoCoMo Euro-Labs) 2. Superior NDA ML Delay and Gain Estimators for 1. Throughput Improvement Through Precoding in UWB Channels OFDMA Systems with Limited Feedback Y. Chen (University of Warwick), N. Beaulieu S. Sorour, A. A. Yazdi, S. Valaee (University of Alberta) (University of Toronto), R. Y. Kim 3. Improved Link Adaptation for the WiMedia (LG Electronics Inc., Korea) MB-OFDM UWB System D. Wang, H. Zhai 2. Downlink OFDMA Resource Allocation Under (Philips Research North American), S. Fu Partial Channel State Information (University of North Texas) S. Stefanatos, N. Dimitriou (Institute of Accelerat- ing Systems and Applications) 4. A New Joint Timing and Channel Estimation Method for Block Transmission UWB Systems 3. Dynamic Resource Allocation for Downlink Y. Yao, X. Dong (University of Victoria), N. Tin Multi-User MIMO-OFDMA/SDMA Systems (Bell Canada) C. Zhong, C. Li, R. Zhao, L. Yang (School of Information Science and Engineer- 5. A Novel High Data Rate Prerake UWB System ing, Southeast University), X. Gao Using Orthogonal Codes and Chip-Interleaving (National Mobile Communications Re- W. Cao (National University of Singapore), search Laboratory, Southeast University) Q. Zhang (Shenzhen Institute of Advanced Technology), 4. Low Complexity Resource Allocation Algorithm A. Nallanathan (King’s College London), for IEEE 802.16 OFDMA System H. K. Garg (National University of Singapore) S. M. Alavi, C. Zhou, Y. Cheng (Illinois Institute of Technology)

7676 WCS-14: MIMO-OFDM WCS-16: Estimation and Detection Room: Saal 2 Room: Saal 1 Time: Tue, 16 Jun, 10:50 am - 12:20 pm Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Chair: Camillo Gentile (NIST) Chair: David Griffith (NIST)

1. Efficient Link-to-Systemlevel Modeling for 1. Impact of Imperfect Channel State Information Accurate Simulations of MIMO-OFDM Systems on ARQ Schemes over Rayleigh Fading V. Pauli, I. Viering, C. Buchner, E. Saad, G. Liebl Channels (Nomor Research GmbH), A. Klein L. Cao, P.-Y. Kam (Nokia Siemens Networks) (National University of Singapore), M. Tao (Shanghai Jiao Tong University) 2. Low Complexity Variational Bayes Iterative Receiver for MIMO-OFDM Systems 2. Signal Classification Using a Peak-to-Average C.-L. Xiong Power Ratio Statistic (School of Electronic Science and Engineer- R. J. Baxley (Georgia Tech), B. T. Walkenhorst ing, National University of Defense Technology), (Georgia Tech Research Institute), G. T. Zhou H. Wang (Department of Communications, Op- (Georgia Tech) tics & Materials Technical University of Denmark), X.-Y. Zhang, J.-B. Wei, C.-J. Tang 3. Joint Transmission with Significant CSI in the (School of Electronic Science and Engineer- Downlink of Distributed Antenna Systems ing, National University of Defense Technology) X. Wei, T. Weber (University of Rostock), A. Wolfgang, N. Seifi 3. Dual-Turbo Receiver Architecture for Turbo (Chalmers University of Technology) Coded MIMO-OFDM Systems W. Wang, X. Gao, X. Wu, X. You, C. Zhao 4. A Data-Aided Symbol Timing Estimation (Southeast University) Algorithm for OFDM/OQAM Systems T. Fusco, A. Petrella (University of Naples), 4. Pilot Design of MIMO-OFDM with Beamforming M. Tanda (Universty of Naples) G. Auer, I. Cosovic (DOCOMO Euro-Labs) 5. Blind Detection of Interleaver Parameters for 5. Bandwidth Efficiency of Practical MIMO-OFDM Non-Binary Coded Data Streams Systems with Adaptive MIMO Schemes L. Lu, K. H. Li, Y. L. Guan A. Camargo, D. Yao, A. Czywik (Nanyang Technological University) (University of Duisburg-Essen) WCS-17: MIMO Beamforming WCS-15: Cooperative Networks III Room: Saal 2 Room: Saal 4 Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Time: Tue, 16 Jun, 10:50 am - 12:20 pm Chair: Matthew McKay Chair: Ranjan Mallik (Hong Kong Univ. of Science and Techn.) (Indian Institute of Technology - Delhi) 1. Low Complexity Coordinated Beamforming in 1. Performance Analysis of Generalized Selection 2-User MIMO Systems Combining for Amplify-and-Forward K.-H. Park, Y.-C. Ko (Korea University, Korea), Cooperative-Diversity Networks M.-S. Alouini (Taxas A&M University at Qatar), S. Ikki, M. Ahmed J. S. Kim (Samsung Electronics, Korea) (Memorial University of Newfoundland)

2. Optimization of Split-and-Combine Relaying 2. Multiuser MIMO Downlink Beamforming Based R. Yim (Mitsubishi Electric Research Labs), on Group Maximum SINR Filtering with Per A. F. Molisch (University of Southern California), Stream Power Allocation J. Zhang (Mitsubishi Electric Research Labs) Y.-H. Yang, S.-C. Lin, H.-J. Su (National Taiwan University) 3. Performance of Dual-Hop Transmissions with Fixed Gain Relays over Generalized-K Fading 3. On Opportunistic Beamforming in Fast Fading Channels Scenarios L. Wu, J. Lin, K. Niu, Z. He (Beijing Univer- M. Ivrlac, Mario Castañeda, J. Nossek sity of Posts and Telecommunications) (Technische Universität München)

4. Dual Hop MIMO Relaying with Orthogonal 4. Reflected Simplex Codebooks for Limited Space-Time Block Codes Feedback MIMO Beamforming P. Dharmawansa, M. McKay D. Ryan (NTNU), I. Collings (CSIRO ICT Centre), (Hong Kong University of Science & Technology), J.-M. Valin (Octasic Semiconductor) R. Mallik (Indian Institute of Technology - Delhi) 5. Performance Analysis of Optimal Joint 5. Selection Cooperation with Transparent Beamforming in Multi-Keyhole MIMO Channels Amplify-and-Forward Relaying in MIMO Relay C. Zhong, S. Jin, K. K. Wong Channels (University College London), M. McKay S. Muhaidat, J. K. Cavers, P. Ho (Hong Kong University of Science and Technol- (Simon Fraser University) ogy)

77 WCS-18: Transmission Technologies, Power and 6. Rate-Per-Link Adaptation in Cooperative Bandwidth Efficiencies Wireless Networks with Multi-Rate Combining Room: Saal 4 H. Lichte, S. Valentin, H. von Malm, H. Karl Time: Tue, 16 Jun, 2:00 pm - 3:30 pm (University of Paderborn), A. Bin Sediq Chair: Ralf Irmer (Vodafone Group) (Carleton University), I. Aad (DOCOMO Commu- nications Laboratories Europe GmbH) 1. Power Optimization of Device-to-Device 7. Interference and Deployment Issues for Communication Underlaying Cellular Cognitive Radio Systems in Shadowing Communication Environments C.-H. Yu, O. Tirkkonen M. F. Hanif (Helsinki University of Technology), K. Doppler, (University of Canterbury, Christchurch), M. Shafi C. Ribeiro (Nokia Research Center) (Telecom New Zealand), P. J. Smith 2. Spectrally Efficient FDM Signals: Bandwidth Gain (University of Canterbury, Christchurch), at the Expense of Receiver Complexity P. Dmochowski (Victoria University of Wellington) I. Kanaras, A. Chorti (University College London), 8. Asymptotic Analysis of Multiuser Diversity and M. Rodrigues (University of Porto), I. Darwazeh Selection Diversity in Multiple-Relay Networks (University College London) S. Chen, W. Wang, X. Zhang (Beijing Univer- 3. Coded Pulse-Position Modulation for Free-Space sity of Posts and Telecommunications) Optical Communications 9. Centralized and Distributed Power Allocation in T. T. Nguyen, L. Lampe Multi-User Wireless Relay Networks (The University of British Columbia) K. T. Phan (California Institute of Technology (Caltech)), 4. Interference-Aware Energy-Efficient Power L. B. Le Optimization (Massachusetts Institute of Technology (MIT)), G. Miao (Georgia Institute of Technology), S. A. Vorobyov (University of Alberta), T. Le-Ngoc N. Himayat (Intel), G. Y. Li (McGill University) (Georgia Institute of Technology), A. T. Koc, S. Talwar (Intel) 10. Joint Detection and Estimation for Cooperative Communications in Cluster-Based Networks 5. On the Interaction Between Channel Coding T.-Y. Wang (National Sun Yat-sen University), and Hierarchical Modulation J.-W. Pu (National Taiwan University), C.-P. Li S. M. Sadough (Shahid Beheshti University, Iran), (National Sun Yat-sen University) P. Duhamel (Laboratoire des Signaux et Systèmes) 11. On the Impact of Correlation on Distributed Detection in Wireless Sensor Networks with WCS-P3: Topics in Cooperative Relays Deployment Communications M. Baidas, A. Ibrahim Room: Poster Area 2 (University of Maryland (College Park)), K. Seddik Time: Tue, 16 Jun, 2:00 pm - 3:30 pm (Alexandria University), K. J. R. Liu Chair: Sami Muhaidat (University of Maryland (College Park)) (Simon Fraser University) 12. Unified Performance Analysis of Two Hop Amplify and Forward Relaying 1. Interference Subtraction with Supplementary D. Senaratne, C. Tellambura Cooperation in Wireless Cooperative Networks (University of Alberta) Z. Sheng (Imperial College London), Z. Ding (Lancaster University), K. K. Leung 13. Routing and Spectral Efficiency in Fading with (Imperial College London) Alamouti Coding at Two Parallel Relays S. Maiya, T. Fuja (University of Notre Dame) 2. On the Performance of HARQ with Hybrid Relaying Schemes 14. Performance Analysis of Multi-Branch Y. Qi, R. Hoshyar, R. Tafazolli (University of Surrey) Decode-And-Forward Cooperative Diversity Networks Over Nakagami-m Fading Channels 3. Dynamic Decode-and-Forward and S. Ikki, M. H. Ahmed Amplify-and-Forward Cooperative Strategy (Memorial University of Newfoundland) Using Distributed Space-Time Code in Uplink 15. Diversity Analysis of Bit-Interleaved Coded MIMO Systems with Multiple Relays Multiple Beamforming Y. Yang, L. Luo, R. Cheng (Hong Kong Univer- H. J. Park, E. Ayanoglu sity of Science and Technology) (University of California, Irvine) 4. Performance of Cooperative Diversity Networks: WCS-19: CDMA Analysis of Amplify-and-Forward Relaying under Equal-Gain and Maximal-Ratio Combining Room: Saal 1 D. Costa, S. Aissa (University of Quebec) Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Chair: Matthew Valenti 5. Bayesian Potential Games to Model (West Virginia University) Cooperation for Cognitive Radios with Incomplete Information 1. Novel Switched Interleaving Techniques with L. Giupponi, C. Ibars (Centre Tecnologic de Tele- Limited Feedback for DS-CDMA Systems comunicacions de Catalunya (CTTC)) Y. Cai, R. de Lamare, R. Fa (University of York)

7878 2. Partial Multiuser Detection for CS-CDMA/CP 1. Dynamic Channel Feedback Control for Over Multipath Channels and its Comparison Limited-Feedback Multi-User MIMO Systems with DS-CDMA I. Sohn (School of Electrical and Engineer- L. Yue, N. Weerasinghe, C. Han, T. Hashimoto ing and INMC, Seoul National University, Korea), (University of Electro-Communications) C. S. Park (Samsung Advanced Institute of Tech- nology, Korea), K. B. Lee (School of Electrical Engineer- 3. Shedding New Light on Sequence Design ing and INMC, Seoul National University, Korea) Criteria for Multipath Channels X. Dai, Y. Yu, C. Sun, S. Sun, Y. Wang 2. Repeater-Assisted Capacity Enhancement (Datang Mobile Communications Equip- (RACE) for MIMO Links in a Line-of-Sight ment Com., Ltd.) Environment B. Walkenhorst, M. A. Ingram 4. Power Allocation in Wireless Relay Networks with (Georgia Institute of Technology) Partial Channel State Information 3. Code Book Based CL-MIMO for DL Wimax Rel. T. T. Pham, H. H. Nguyen 1.5: System Level Performance Analysis (University of Saskatchewan), H. D. Tuan K. Sivanesan, J. Xiao, R.Q. Hu, G. Wu (Nortel) (The University of New South Wales (UNSW)) 4. Picocells with MIMO and Cell Bonding for WLAN Systems 5. Joint Transmitter-Receiver Beamforming in J. Winters (Jack Winters Communications, LLC), Downlink Cyclic Prefix-Free Spatio-Temporal A. Kobyakov, M. Sauer (Corning Incorporated) MC-CDMA H. H. Peh (Institute for Infocomm Research), 5. Parallel Detection Algorithm with Selective A. Manikas (Imperial College London), Interference Cancellation for V-BLAST Systems T. T. Tjhung (Institute for Infocomm Research), C. Xiong, X. Zhang W.-C. Wong (National University of Singapore) (Beijing Univ. of Posts and Telecoms)

WCS-20: Cooperative Communication in WCS-22: Coding I OFDM Systems Room: Saal 4 Room: Saal 2 Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Time: Tue, 16 Jun, 4:00 pm - 5:30 pm Chair: Zhifeng Tao Chair: Leila Musavian (Mitsubishi Electric Research Laboratories) (Loughborough University) 1. Analysis of Delay Statistics for the Queued-Code S. Goel, R. Negi (Carnegie Mellon University) 1. Fairness-Aware Resource Allocation in OFDMA Cooperative Relaying Network 2. Performance Gain of Space-Time-Frequency H. Li, H. Luo, X. Wang, C. Lin, C. Li Concatenated LDPC Codes (Shanghai Jiaotong University) K. P. Mare, B. P. Salmon, B. T. Maharaj (University of Pretoria)

2. Dynamic Resource Allocation with Limited 3. A Low Complexity Iterative Technique for Soft Feedback for OFDM Based Cooperative Decision Decoding of Reed-Solomon Codes Networks F. Shayegh, M. R. Soleymani N. Zhou, X. Zhu, J. Gao, Y. Huang (Concordia University) (University of Liverpool) 4. On Construction of Moderate-Length LDPC Codes over Correlated Erasure Channels 3. Adaptive Resource Allocation for G. Liva, B. Matuz, Z. Katona (DLR), E. Paolini, Multi-Destination Relay Systems Based on OFDM M. Chiani (Univ. of Bologna) Modulation N. Zhou, X. Zhu, Y. Huang (University of Liverpool), 5. Effective Capacity of Superposition Coding H. Lin (Osaka Prefecture University) Based Mobile Multicast in Wireless Networks Q. Du, X. Zhang (Texas A&M University) 4. Cooperative Amplify-and-Forward Beamforming WCS-23: MIMO Estimation and Detection for OFDM Systems with Multiple Relays Y.-W. Liang, R. Schober Room: Saal 1 (University of British Columbia) Time: Wed, 17 Jun, 9:00 am - 10:30 am Chair: Huaping Liu (Oregon State University) 5. On Channel Estimation for OFDM Based Two-Way Relay Networks 1. Performance Analysis of the DD ML MIMO F. Gao (Jacobs University, Bremen), R. Zhang, Channel Tracking Algorithm Y.-C. Liang (Institute for Infocomm Research) E. Karami (University of Oulu, Ph.D.)

WCS-21: MIMO II 2. Bit Loading for MIMO with Statistical Channel Information at the Transmitter and ZF Receivers Room: Saal 3 A. Garcia Armada, L. Hong Time: Tue, 16 Jun, 4:00 pm - 5:30 pm (University Carlos III of Madrid), A. Lozano Chair: Markku Juntti (University of Oulu) (Universitat Pompeu Fabra)

79 3. New Approaches for Lowering Path Expansion 3. Performance Analysis of Slotted Aloha with Complexity of K-Best MIMO Detection Multi-Access-Point Diversity Algorithms D. Zheng, Y.-D. Yao J. Pons (Conexant), P. Duvaut (UCP ENSEA) (Stevens Institute of Technology)

4. A K-Best Version of the Turbo-LORD MIMO 4. Adaptive Coherent Lp-Norm Combining Detector in Realistic Settings A. Nasri, A. Nezampour, R. Schober A. Tomasoni (Politecnico di Milano), M. Siti (The University of British Columbia) (STMicroelectronics), M. Ferrari (CNR-IEIIT), S. Bellini (Politecnico di Milano) 5. An Accurate Approximation to the Distribution of the Sum of Equally Correlated Nakagami-m 5. Space-Time Block Codes with Envelopes and its Application in Equal Gain Symbol-by-Symbol Maximum Likelihood Diversity Receivers Detections Z. Hadzi-Velkov, N. Zlatanov M.-Y. Chen, J. M. Cioffi (Stanford University) (Ss. Cyril and Methodius University, Macedonia), G. Karagiannidis WCS-24: Coding II (Aristotle University of Thessaloniki) Room: Saal 2 Time: Wed, 17 Jun, 9:00 am - 10:30 am WCS-26: Resource Allocation Chair: Takaya Yamazato Room: Saal 5 (Nagoya University) Time: Wed, 17 Jun, 9:00 am - 10:30 am Chair: Zhifeng Tao 1. Separable Implementation of L2-Orthogonal STC (Mitsubishi Electric Research Laboratories) CPM with Fast Decoding M. Hesse 1. Message Passing Resource Allocation for the (University of Nice Sophia Antipolis / CNRS), Uplink of Multicarrier Systems J. Lebrun (CNRS), L. Lampe A. Abrardo, P. Detti (University of Siena), (University of British Columbia), L. Deneire M. Moretti (University of Pisa) (University of Nice Sophia Antipolis) 2. Resource Allocation in an LTE Cellular 2. Distributed Turbo Coding with Information Communication System Transfer via Timing of the Half-Duplex R. Kwan (University of Bedfordshire), C. Leung Relay-Phases (University of British Columbia), J. Zhang C. Hausl, T. Lutz, R. Koetter (University of Bedfordshire) (Technische Universität München) 3. Adaptive Bitrate and Resource Allocation for 3. Space-Time Coding and Processing with Relay-Assisted ARQ Transmissions Differential Chaos Shift Keying Scheme A. Agustin, J. Vidal, O. Muñoz (UPC) H. Ma, H. Kan (Fudan University) 4. Adaptive Antenna Array Interference Mitigation 4. Stereo Image Transmission Over Fading Diversity for Decentralized Dynamic Spectrum Channels with Multiterminal Source Coding Allocation in License-Exempt Spectrum C. Khirallah, V. Stankovic, L. Stankovic A. Kuzminskiy (Alcatel-Lucent), Y. Abramovich (University of Strathclyde), S. Cheng (Defence Science and Technology Organiza- (University of Oklahoma) tion) 5. Matched Rotation Precoding: A New Paradigm in Space-Frequency Coding 5. Utility-Based User Grouping and Bandwidth M. Zhang, T. Abhayapala Allocation for Wireless Multicast Systems (The Australian National University), D. Jayalath J. Liu, W. Chen, Z. Cao (Tsinghua University), (Queensland University of Technology), D. Smith Y. J. Zhang, S. C. Liew (National ICT Australia), C. Athaudage (The Chinese University of Hong Kong) (University of Melbourne) WCS-27: Scheduling WCS-25: Performance Analysis Room: Saal 1 Room: Saal 4 Time: Wed, 17 Jun, 10:50 am - 12:20 pm Time: Wed, 17 Jun, 9:00 am - 10:30 am Chair: Qinqing Zhang Chair: Robert Schober (Johns Hopkins University) (University of British Columbia) 1. Fast Distributed Multi-Cell Scheduling with 1. Error Probability of Energy Detected Multilevel Delayed Limited-Capacity Backhaul Links PAM Signals in Lognormal Multipath Fading R. Bendlin, Y.-F. Huang Channels (University of Notre Dame), M. Ivrlac, J. Nossek A. Anttonen, A. Mämmelä, A. Kotelba (Munich University of Technology) (Technical Research Centre of Finland) 2. To Sort or not to Sort: Optimal Sensor Scheduling 2. Sphere Packing Optimization and EXIT Chart for Successive Compress-and-Estimate Analysis for Multi-Dimensional QAM Signaling Encoding T. Koike-Akino, V. Tarokh (Harvard University) J. Matamoros, C. Antón-Haro (CTTC)

8080 3. Resource Allocation for Frequency-Selective 4. A Self-Organized Spectrum Assignment Strategy Fading, Multi-Carrier Systems with Fairness in Next Generation OFDMA Networks Providing Constraints Secondary Spectrum Access E. Liu (Imperial College), Q. Zhang F. Bernardo, R. Agustí, J. Pérez-Romero, (Johns Hopkins University), K. Leung O. Sallent (Universitat Politecnica de Catalunya) (Imperial College) 5. Reduced Feedback Designs for SDMA-OFDMA 4. Weighted Sum-Rate Maximization Scheduling for Systems MIMO Ad Hoc Networks B. Ozbek (Izmir Institute of Technology), Y. Ma (Iowa State University), R. Schober D. Le Ruyet (CNAM-Paris) (Univ. of British Columbia), S. Pasupathy (Univ. of Toronto) WCS-30: Cellular Communication Systems 5. Delay Constrained Scheduling over Fading Room: Saal 5 Channels: Optimal Policies for Monomial Time: Wed, 17 Jun, 10:50 am - 12:20 pm Energy-Cost Functions Chair: Mikael Sternad (Uppsala University) J. Lee, N. Jindal (University of Minnesota) WCS-28: Cooperative Networks IV 1. Signal Detection in Distributed Cooperative Cellular Systems without Perfect Synchronisation Room: Saal 2 Z. Wu, X. Wang (Shanghai University), L. Zhou Time: Wed, 17 Jun, 10:50 am - 12:20 pm (Shanghai Jiao Tong University) Chair: Luc Vandendorpe (University of Louvain) 2. Four-Antenna Based Structure for Cellular Networks with Frequency Reuse Factor of One 1. Distributed Gradient Based Gain Allocation for W. Wang, J. Cai (University of Manitoba), Z. Guo Coherent Multiuser AF Relaying Networks (Lenovo Corporate Research), C. Chen C. Esli, J. Wagner, A. Wittneben (ETH Zurich) (Beijing Jiaotong University), X. Shen (University of Waterloo) 2. Performance Analysis of Maximum Likelihood Decode and Forward Cooperative Systems in 3. Controller Design for Rate Assignment in Wireless Rayleigh Fading Networks G. V. V. Sharma, V. Ganwani, U. B. Desai, K. Jalaleddini, K. Moezzi, A. G. Aghdam S. N. Merchant (IIT Bombay) (Concordia Univeristy), M. Alasti 3. Distributed Uplink Signal Processing of (NextWave Broadband), V. Tarokh Cooperating Base Stations based on IQ Sample (Harvard University) Exchange C. Hoymann, L. Falconetti (Ericsson Research), 4. Contrasting Open-Loop and Closed-Loop Power R. Gupta (University of Washington) Control Performance in UTRAN LTE Uplink by UE Trace Analysis 4. Performance Analysis of Cooperative R. Müllner, C. F. Ball, K. Ivanov Communication Systems with Imperfect (Nokia Siemens Networks), J. Lienhart, P. Hric Channel Estimation (Siemens AG) Y. Wu, M. Pätzold (University of Agder) 5. Zero Forcing Processing in Two Hop Networks 5. Carrier Frequency Dependent Downlink Spectral with Multiple Source, Relay and Destination Efficiency of Cellular LTE Deployments Nodes M. Krondorf, G. Fettweis R. Louie, Y. Li, B. Vucetic (University of Sydney) (Technische Universität Dresden) WCS-29: OFDMA II WCS-31: Cooperative Networks V Room: Saal 4 Room: Saal 1 Time: Wed, 17 Jun, 10:50 am - 12:20 pm Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Chair: Emad Alsusa (Manchester University) Chair: Raviraj Adve (University of Toronto)

1. Optimal Diversity-Multiplexing Tradeoff in 1. Performance Measure Analysis of OFDMA Systems Amplify-and-Forward Relaying Over B. Bai, W. Chen, Z. Cao (Tsinghua University), Non-Identical Nakagami-m Fading Channel K. B. Letaief (The Hong Kong University of Sci- F. Liu, X. Zhang, Z. Chen, Y. Wang, D. Yang (Bei- ence and Technology) jing University of Posts and Telecommunications) 2. A Graph Approach to Dynamic Fractional Frequency Reuse (FFR) in Multi-Cell OFDMA 2. Adaptive Compress-and-Forward Relaying in Networks Fading Environments with or without Wyner-Ziv R. Chang (University of Southern California), Coding Z. Tao, J. Zhang H. Sneessens, L. Vandendorpe (Mitsubishi Electric Research Labs), C.-C. J. Kuo (Université catholique de Louvain), (University of Southern California) J. N. Laneman (University of Notre Dame) 3. User Profiling: A Method for Limited Feedback in 3. Optimal Relay Assignment and Power Allocation OFDMA Systems in Selection Based Cooperative Cellular V. Majjigi, R. Agarwal, J. Cioffi Networks (Stanford University) S. Kadloor, R. Adve (University of Toronto)

81 4. Controlling Error Propagation in Network-Coded 5. Interference Cancellation in Distributed Cooperative Wireless Systems Space-Time Coded Wireless Relay Networks G. Al-Habian, A. Ghrayeb Y. Jing (University of Alberta), H. Jafarkhani (Concordia University), M. Hasna (University of California, Irvine) (Qatar University) WCS-P4: Topics in Multicarrier Communications 5. Mitigating Channel Estimation Error via Cooperative Communications Room: Poster Area 1 A. Ibrahim, K. J. R. Liu (University of Maryland) Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Chair: Takaya Yamazato WCS-32: UWB Communications II (Nagoya University) Room: Saal 2 Time: Wed, 17 Jun, 2:00 pm - 3:30 pm 1. Non-Regenerative Multicarrier MIMO Relay Chair: Cheng-Xiang Wang Communications Based on Minimization of (Heriot-Watt University) Mean-Squared Error Y. Rong (Curtin University of Technology) 1. Statistical Analysis of Multiple Access 2. Spatial Interference Cancellation and Pairwise Interference in Asynchronous UWB Impulse Error Probability Analysis Radio R. Ghaffar, R. Knopp (Eurecom) H. Shao, N. Beaulieu (University of Alberta) 2. Differential Space-Time-Frequency Codes for 3. Robust AMC Scheme against Feedback Delay in MB-OFDM UWB with Dual Carrier Modulation Vehicular Environment L. C. Tran Y. Wang, Q. Cui, X. Tao, M. Zhou, X. Xu (Bei- (University of Communications and Transport), jing University of Posts and Telecommunications) A. Mertins (University of Lübeck) 4. On the Multi-Rate Division with Limited 3. An Ultra-Wideband Radar System for Feedback for One Source Multiple Destinations Through-the-Wall Imaging using a Mobile Robot Wireless Transmission Systems A. J. Braga, C. Gentile C. Zhi, P. Fan (Tsinghua University), K.S. Letaief (National Institute of Standards and Technology) (Hong Kong University of Science and Technol- ogy) 4. Hybrid ARQ with Rate Adaptation in Multiband OFDM UWB Systems 5. Iteratively Detected Generalised MC DS-CDMA C.-X. Wang (Heriot-Watt University), H.-G. Ryu Using Layered Steeered Space-Time Spreading (Chungbuk National University, Korea), M. El-Hajjar, O. Alamri, R. Maunder, L. Hanzo H.-H. Chen (National Cheng Kung University), (University of Southampton) Y. He (Shenzhen University) 6. Adaptive Intra-Symbol SMSE Waveform Design 5. Non-Coherent Receiver with Fractional Amidst Coexistent Primary Users Sampling for Impulsive UWB Systems E.C. Like, M. Temple, S. Gustafson J. Zhang, L. Hanlen (Air Force Institute of Technology) (NICTA and The Australian National University) 7. Optical Techniques for Up-Conversion of WCS-33: Distributed Space-Time Coding MB-OFDM Signals in 60 Ghz band using Fiber Bragg Grating Room: Saal 4 G. H. Nguyen, V. Dobremez, B. Cabon, Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Y. Le Guennec (IMEP-LAHC) Chair: Kai Kit Wong (University College London) 8. Adaptive Spreading Code Assignment for Up-Link MC-CDMA 1. A Novel Power Allocation Scheme for Distributed H. Zhang (Southeast UNniversity), Y. Li Space-Time Coding (Georgia Institute of Technology), Y. Yuan-Wu D. H. N. Nguyen, H. H. Nguyen (Orange Labs, RESA/WIN) (University of Saskatchewan), H. D. Tuan (University of New South Wales) 9. A Fast Converging Adaptive Pre-Distorter for 2. Diversity Analysis of a Randomized Distributed Multi-Carrier Transmitters Space-Time Coding in an Amplify and Forward M. Omer (Georgia Institute of Technology), Relay Channel M. Sajadieh (Intel), J. Stevenson Kenney D. Gregoratti, X. Mestre (Georgia Institute of Technology) (Centre Tecnològic de Telecomunica- 10. Interference Mitigation Using Conjugate Data cions de Catalunya (CTTC)) Repetition 3. Delay-Tolerant Distributed Linear Convolutional K. Kuchi, R. Vinod, M. K. Dileep, Space-Time Code under Frequency-Selective M. S. Padmanabhan, B. Dhivagar, Channels J. Klutto Milleth, B. Ramamurthi, K. Giridhar Z. Zhong, S. Zhu (Xi’an Jiaotong University), (CEWiT) N. Arumugam (King’s College London) 11. Joint Reduction of Peak to Average Power Ratio 4. Distributed Space-Time Code for Asynchronous and Symbol Loss Rate in Multicarrier Systems Two-way Wireless Relay Networks under A. Alamdar Yazdi, S. Sorour, S. Valaee Frequency-Selective Channels (University of Toronto), R. Y. Kim Z. Zhong, S. Zhu, G. Lv (Xi’an Jiaotong University) (LG Electronics, Inc., Korea)

8282 12. Energy Efficient Error Correction in Mobile TV 4. Decentralized Fair Resource Allocation for X. Shao, R. Schiphorst, C. H. Slump Relay-Assisted Cognitive Cellular Downlink (University of Twente) Systems R. Wang, V. K.N. Lau, C. Ying, K. Huang (HKUST), 13. Optimal Output Back-Off in OFDM Systems with B. Chen, X. Yang (Huawei Co., Ltd.) Nonlinear Power Amplifiers M. Senst, G. Ascheid (RWTH Aachen University) 5. Optimal Power Allocation for Cognitive Radio under Primary User’s Outage Loss Constraint 14. Transmission Control with Imperfect CSI in X. Kang (National University of Singapore), Channel-Aware Slotted ALOHA Networks R. Zhang, Y.-C. Liang S.-H. Wang, Y.-W. Hong (Institute for Infocomm Research), H. K. Garg (Inst. of Communications Engineering, NTHU) (National University of Singapore) 15. Estimating Statistical Eigen-Beamforming Gains Using Spatial Channel Correlation WCS-36: Wireless Ad Hoc Networks T. Thomas, W. Hillery, J. Kepler, V. Desai Room: Saal 4 (Motorola) Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Chair: Giuseppe Abreu WCS-34: OFDM Estimation and Synchronization (CWC, University of Oulu) Room: Saal 1 Time: Wed, 17 Jun, 4:00 pm - 5:30 pm 1. Achieving Exponential Diversity in Wireless Chair: B. Sundar Rajan Multihop Systems with Regenerative Relays (Indian Institute of Science) A. Müller, J. Speidel (University of Stuttgart) 2. A Game Theory Approach to Selection Diversity 1. Interference-Aware Location Estimation in in Wireless Ad-Hoc Networks Cellular OFDM Communications Systems S. Sergi, F. Pancaldi, G. M. Vitetta C. Mensing, S. Sand, A. Dammann (University of Modena e Reggio Emilia) (German Aerospace Center (DLR)), W. Utschick (Munich University of Technology) 3. Distributed Communication Control Mechanisms for Ad Hoc Networks 2. Robust Cyclic Space-Frequency Filtering for S. Akbarzadeh, L. Cottatellucci (EURECOM), BICM-OFDM with Outdated CSIT E. Altman (INRIA), C. Bonnet (EURECOM) H. Chen, R. Schober (University of British Columbia), W. Gerstacker 4. Transmission Capacity of Wireless Ad Hoc (University of Erlangen-Nuernberg) Networks: Successive Interference Cancellation vs. Joint Detection 3. Novel Preamble-Based Channel Estimation for J. Blomer, N. Jindal (University of Minnesota) OFDM/OQAM Systems J. Du, S. Signell 5. Distributed Power Control for (KTH - Royal Institute of Technology) Interference-Limited Cooperative Relay Networks 4. Comparing Effects of Carrier Frequency Offset S. Zhou, H. Xiao, Z. Niu (Tsinghua University) on Generalized Multi-Carrier and OFDM Systems R. Yun, H. Honglin, M. Li, X. Zhang, H. Yi, Y. Yang WCS-P5: Topics in MIMO (Chinese Academy of Sciences) Room: Poster Area 1 5. On the Performance of OFDM in Zero-IF Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Receivers Impaired by Tx Leakage Chair: Jiangzhou Wang (University of Kent) A. Frotzscher, M. Krondorf, G. Fettweis (Technische Universität Dresden) 1. Design of a Codebook Structure for a Progressively Linear Pre-Coded Closed-Loop WCS-35: Cognitive Radio II MIMO Hybrid ARQ System Room: Saal 2 J. W. Kim, Chung G. Kang Time: Wed, 17 Jun, 4:00 pm - 5:30 pm (Korea University, Korea), B. J. Kwak, D. S. Kwon Chair: Ekram Hossain (ETRI, Korea) (University of Manitoba) 2. Lattice Reduction aided Multi-User MIMO Successive Interference Cancellation Combined 1. Exploiting the Operating Point in Sensing-Based with Linear Pre-Equalization Opportunistic Spectrum Access Scenarios J. Park, J. Chun (KAIST, Korea) X. Gelabert, O. Sallent, J. Pérez-Romero, R. Agustí 3. An Iterative List-Based Multiuser Detector for (Universitat Politècnica de Catalunya (UPC)) Overloaded Receivers in a Rayleigh Fading Channel 2. Rate and Power Adaptation for Increasing M. Krause, D. P. Taylor, P. A. Martin Spectrum Efficiency in Cognitive Radio Networks (University of Canterbury) V. Asghari, S. Aïssa (University of Quebec) 4. Optimum Power and Rate Allocation for Coded 3. Energy Detection Spectrum Sensing with V-BLAST Discontinuous Primary User Signal V. Kostina (Princeton University), S. Loyka F. Penna (Politecnico di Torino), C. Pastrone, (University of Ottawa) M. A. Spirito (Istituto Superiore Mario Boella (ISMB)), R. Garello 5. On Low-Density MIMO Codes (Politecnico di Torino) F. Kienle (Technical University of Kaiserslautern)

83 6. Antenna Diversity Schemes for Uplink Frequency-Domain Multiuser Detection in CP-Assisted DS-CDMA Systems J. Luo, A. Kortke, W. Keusgen (Fraunhofer Heinrich-Hertz-Institut) 7. Multi-Hop Capacity Of MIMO-Multiplexing Relaying in WiMAX Mesh Networks A. Sulyman, G. Takahara, H. Hassanein (Queen’s University), M. Kousa (KFUPM) 8. Capacity and Performance of Adaptive MIMO System Based on Beam-Nulling M. Gheryani, Z. Wu, Y. Shayan (Concordia University) 9. MMSE-Based Non-Regenerative Multicarrier MIMO Wireless Relay Communications with Direct Source-Destination Link Y. Rong (Curtin University of Technology) 10. Improved Vector Perturbation with Modulo Loss Reduction for Multiuser Downlink Systems H.-S. Han, S.-H. Park, I. Lee (Korea university, Korea) 11. CRBS for the Joint Estimation of TOA and AOA in Wideband MISO and MIMO Systems: Comparison with SISO and SIMO Systems A. Mallat, L. Vandendorpe (Ecole polytechnique de Louvain) 12. Joint Transmit and Receive Analog Beamforming in 60 GHz MIMO Multipath Channels J. Nsenga, W. Van Thillo (IMEC), F. Horlin (ULB), V. Ramon, A. Bourdoux, R. Lauwereins (IMEC) 13. Experimental Investigations on MIMO Radio Channel Characteristics on UHF Band R. Parviainen, J. Ylitalo, J.-P. Nuutinen (Elektrobit), P. Talmola, J. Henriksson (Nokia), H. Himmanen (University of Turku), R. Ekman (Turku University of Applied Sciences), E. Huuhka (Digita) 14. Nash Bargaining Over MIMO Interference Systems Z. Chen (Heriot-Watt University), S. Vorobyov (University of Alberta), C.-X. Wang (Heriot-Watt University), J. Thompson (University of Edinburgh) 15. Multiple-Ring Based Modeling and Simulation of Wideband Space-Time-Frequency MIMO Channels X. Cheng, C.-X. Wang (Joint Research Institute for Signal and Im- age Processing, School of Engineering and Phys- ical Science, Heriot-Watt University), D. Laurenson (Joint Research Institute for Sig- nal and Image Processing, Institute for Digi- tal Communications, University of Edinburgh)

8484 WN-03: Wireless Mesh Networks I Wireless Networking Room: Konferenz 1 Time: Mon, 15 Jun, 2:00 pm - 3:30 pm Chair: Vincent Wong (University of British Columbia)

WN-01: Cognitive Radio Networks 1. Analyzing Selfish Topology Control in Multi-Radio Multi-Channel Multi-Hop Wireless Networks Room: Konferenz 1 R. Komali (RWTH Aachen University), Time: Mon, 15 Jun, 10:50 am - 12:20 pm A. MacKenzie (Virginia Tech) Chair: Jelena Misic (University of Manitoba) 2. Using Partially Overlapped Channels for 1. Adoption of Cognitive Radio Scheme to End-to-End Flow Allocation and Channel Class-Based Call Admission Control Assignment in Wireless Mesh Networks D. Xue, H. Yu, X. Wang V. Bukkapatanam, A. A. Franklin, C. S. R. Murthy (Shanghai Jiaotong University), H.-H. Chen (Indian Institute of Technology Madras) (National Cheng Kung Univiversity) 3. Bandwidth-Guaranteed Multicast in 2. Efficient Recovery Algorithms for Wireless Mesh Multi-Channel Multi-Interface Wireless Mesh Networks with Cognitive Radios Networks R. Hincapie (Universidad Pontificia Bolivariana), H. S. Chiu, K. L. Yeung, K.-S. Lui L. Zhang, J. Tang (Montana State University), (The University of Hong Kong) G. Xue (Arizona State University), R. Wolff (Montana State University), R. Bustamante 4. Evaluation of Channel Assignment in Wireless (Universidad de los Andes) Mesh Networks Y. Xiang, H. Cui (Tsinghua University), B. Ishibashi, 3. Optimal Channel Sensing in Wireless R. Boutaba (University of Waterloo) Communication Networks with Cognitive Radio J. Cai, A. S. Alfa (University of Manitoba) 5. A Dynamic Frame Partitioning Scheme for IEEE 802.16 Mesh and Multihop Relay Networks 4. A Testbed Development Framework for Q. Albluwi (Queen’s University), N. Abu Ali Cognitive Radio Networks (UAE University), H. Hassanein J. Jia, Q. Zhang (Hong Kong University of Sci- (Queen’s University) ence and Technology) WN-04: Wireless Network Performance, 5. Multi-Channel Wireless Traffic Sensing and Resource Allocation, and QoS I Characterization for Cognitive Networking B. R. Tamma (University of California San Diego), Room: Konferenz 2 N. Baldo (Centre Tecnològic de Telecomunica- Time: Mon, 15 Jun, 2:00 pm - 3:30 pm cions de Catalunya), B. S. Manoj, R. Rao Chair: Amir Hamed Mohsenian Rad (University of California San Diego) (University of British Columbia)

WN-02: Cooperative Communications and 1. Back-of-the-Envelope Computation of Networking I Throughput Distributions in CSMA Wireless Networks Room: Konferenz 2 S. Liew, C. Kai Time: Mon, 15 Jun, 10:50 am - 12:20 pm (The Chinese University of Hong Kong), J. Leung, Chair: Lorenzo Mucchi B. Wong (Altai Technologies) (University of Florence) 2. Cooperative Cognitive Radio with Priority 1. CARD: Cooperative Access with Relay’s Data for Queueing Analysis Multi-Rate Wireless Local Area Networks C. Zhang, X. Wang, J. Li S. Sayed, Y. Yang (UCL), H. Hu (Shanghai Jiaotong University) (Shanghai Research Center for Wireless Commu- nications (WiCO)) 3. Joint BS Assignment and End-to-End Scheduling for Wireless Cellular Networks with 2. Downlink Power Distribution in a Wireless CDMA Heterogeneous Services Network with Cooperative Relaying W. Saad, Z. Dawy (American University of Beirut), B. Wang, D. Zhao (McMaster University) S. Sharafeddine (Lebanese American University) 3. Cooperative Content Dissemination in 4. Analysis of Selective Retransmission Techniques Intermittently Connected Networks for Differentially Encoded Data Y. Ma, A. Jamalipour (University of Sydney) L. Badia (IMT Lucca), M. Levorato, M. Zorzi 4. Performance Evaluation of Multiple-Relay (University of Padova) Cooperative ARQ Strategies for Mobile Networks J. J. Alcaraz, J. García-Haro 5. Downlink Resource Allocation for OFDMA-Based (Technical University of Cartagena) Multiservice Networks with Imperfect CSI M. K. Awad, V. Mahinthan, M. Mehrjoo, X. Shen, 5. FRAME: An Innovative Incentive Scheme in J. W. Mark (University of Waterloo) Vehicular Networks F. Li, J. Wu (Florida Atlantic University)

85 WN-05: Mobility Management WN-07: Cooperative Communications and Networking II Room: Konferenz 1 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm Room: Konferenz 1 Chair: Seshadri Mohan Time: Tue, 16 Jun, 9:00 am - 10:30 am (University of Arkansas at Little Rock) Chair: Seshadri Mohan (University of Arkansas at Little Rock) 1. Application Layer Signaling for Proactive Handoff Management in All-IP Wireless Networks 1. Interference Aware Subcarrier Assignment for S. Zaghloul, J. Aznar, A. Jukan (TU-Braunschweig) Throughput Maximization in OFDMA Wireless Relay Mesh Networks 2. Fast Handover for Multiple-Interface Mobile P. Thulasiraman, X. Shen (University of Waterloo) Devices Connecting to a Single Foreign Agent in 2. Uplink Capacity of Multi-Class IEEE 802.16j Relay MIPv4 with MIH Support Networks with Adaptive Modulation and Coding B. Chen, I. Marsic (Rutgers University), H. Wang (Technical University of Denmark), D. Faucher, C. Purzynski, R. Miller, S. Sameer C. Xiong (Bell Labs) (National University of Defense Technology), V. B. Iversen (Technical University of Denmark) 3. The Spatial Effect of Mobility on the Mean Number of Handoffs: A New Theoretical Result 3. Multiuser MAC Protocols for 802.11n Wireless W. Bziuk, S. Zaghloul, A. Jukan (TU Braunschweig) Networks E. Kartsakli 4. Introduction of Measurement-Based Estimation (Technical University of Catalonia (UPC)), of Handover Attempts for Automatic Planning of N. Zorba (Centre Tecnològic de Telecomunica- Mobile Radio Networks cions de Catalunya (CTTC)), L. Alonso A. Hecker, T. Kürner (TU Braunschweig) (Technical University of Catalonia (UPC)), C. Verikoukis (Centre Tecnològic de Telecomuni- 5. On the Stability of Ad Hoc Group Mobility Models cacions de Catalunya (CTTC)) Y. Gu, R. V. Prasad, I. Niemegeers (Delft University of Technology) 4. QoS-Aware Relay Node Placement in a Segmented Wireless Sensor Network WN-06: Broadband Wireless, WiMax, and LTE I S. Lee, M. Younis (University of Maryland Baltimore County) Room: Konferenz 2 Time: Mon, 15 Jun, 4:00 pm - 5:30 pm 5. Exploiting Cooperative Diversity and Spatial Chair: Dusit Niyato Reuse in Multihop Cellular Networks (Nanyang Technological University) Y. Wu, Z. Niu (Tsinghua University)

1. Performance Evaluation of Contention-Based WN-08: Routing, Scheduling, and Medium Access in IEEE 802.16 Networks with Access Control I Subchannelization Room: Konferenz 2 H. Fattah, H. Alnuweiri (Texas A&M University) Time: Tue, 16 Jun, 9:00 am - 10:30 am Chair: Yuming Jiang 2. A Game-Based Self-Organizing Uplink Tree for (Norwegian Univ. of Science and Techn.) VoIP Services in IEEE 802.16j Networks W. Saad (UNIK - 1. Using Ant-Like Agents for Fault-Tolerant Routing Graduate University Center, University of Oslo), in Mobile Ad-Hoc Networks Z. Han (University of Houston), M. Debbah S. Misra (SUPELEC), A. Hjø rungnes (UNIK - (Indian Institute of Technology-Kharagpur), Graduate University Center, University of Oslo), S. Dhurandher (University of Delhi), M. S. Obaidat T. Basar (Monmouth University), K. Verma, P. Gupta (University of Illinois at Urbana-Champaign) (University of Delhi)

3. Femtocell Coverage Optimization using 2. A Spatial Learning Algorithm for IEEE 802.11 Switched Multi-Element Antennas Networks H. Claussen, F. Pivit M. Timmers (IMEC - KULeuven), S. Pollin, (Bell Laboratories, Alcatel-Lucent) A. Dejonghe (IMEC), L. Van der Perre, F. Catthoor (IMEC - KULeuven) 4. Experimental and Simulation Study of a WiMAX 3. Cooperation or Not in Mobile Ad Hoc Networks: System in the Sea Port Scenario A MAC Perspective R. G. Garroppo, S. Giordano, D. Iacono H. Shan (Communication Science and Engineer- (University of Pisa) ing Department, Fudan University), W. Zhuang (Department of Electrical and Computer Engi- 5. Joint Bandwidth Reservation and Admission neering, University of Waterloo), Z. Wang Control in IEEE 802.16e Based Networks (Communication Science and Engineering De- L. Xie partment, Fudan University) (Motorola Research & Development Center), J. Xiang, Y. Zhang (Simula Research Laboratory), 4. Maximizing Throughput with Multiple Power J. Zhang (Nokia Siemens Networks) Levels in a Random Access Infrastructure-less Radio System J. Sarker, H. Mouftah (University of Ottawa)

8686 5. Network Coding-Aware Scheduling for Reliable WN-11: Broadband Wireless, WiMax, and LTE II Many-to-One Flows Room: Konferenz 1 O. Al-Kofahi, A. Kamal (Iowa State University) Time: Tue, 16 Jun, 2:00 pm - 3:30 pm Chair: Habib Hamam WN-09: Cross-Layer Design and Optimization I (University of Moncton) Room: Konferenz 1 1. Joint Optimization of Placement and Bandwidth Time: Tue, 16 Jun, 10:50 am - 12:20 pm Reservation for Relays in IEEE 802.16j Mobile Chair: Claudio Sacchi (University of Trento) Multihop Networks D. Niyato (Nanyang Technological University), 1. Analysis of Network Coding in Slotted ALOHA E. Hossain (University of Manitoba), D.-I. Kim with Two-Hop Bidirectional Traffic (Sungkyunkwan University, Korea), Z. Han D. Umehara, T. Hirano, S. Denno, M. Morikura (University of Houston) (Kyoto University), T. Sugiyama (NTT) 2. Efficient Algorithms for Non-Realtime Video 2. Cross-Layer Design for MIMO Spatial Multicasting in Wireless Networks Multiplexing in Correlated Ricean Fading Q.-D. Ho, T. Le-Ngoc (McGill) H. Abou Saleh, W. Hamouda 3. A New MAC Protocol with Collision Resolution for (Concordia University) 802.16e Wireless Mesh Networks 3. Throughput-Gain Analysis of Network Coding in J. Liu (University of Electronic Science and Tech- Multi-Channel Multi-Radio Wireless Networks nology), B. Bing H. Su, X. Zhang (Texas A&M University) (Georgia Tech) 4. SDMA for 60GHz Gigabit Wireless Networks 4. A Directional Broadcast Protocol for Emergency C. Yiu, S. Singh (Portland State University) Message Exchange in Inter-Vehicle Communications 5. A Cycle Synchronizing Approach for Sleep Y. Bi, H. Zhao (Northeastern University), X. Shen Mode Operation in WiMAX System (University of Waterloo) Y. Wu, Y. Le, D. Zhang (Nokia Siemens Networks)

5. Downlink Scheduling for QoS-Guaranteed WN-12: Wireless Network Performance, Services in Multi-User MIMO Systems with Limited Resource Allocation, and QoS II Feedback Room: Konferenz 2 D. Pang, L. Tian, J. Hu, J. Zhou, J. Shi Time: Tue, 16 Jun, 2:00 pm - 3:30 pm (Institute of Computing Technology, Chi- Chair: Geyong Min (University of Bradford) nese Academy of Sciences), E. Dutkiewicz (Macquarie University, Sydney) 1. Optimising Radio Access in a Heterogeneous Wireless Network Environment WN-10: Wireless Network Security and Reliable W. Luo, E. Bodanese Access (Queen Mary, University of London) Room: Konferenz 2 2. Variable-Width Channel Allocation in Wireless Time: Tue, 16 Jun, 10:50 am - 12:20 pm LAN: A Game-Theoretic Perspective Chair: Li-Chun Wang W. Yuan (Dept. of Electronics & Informa- (National Chiao Tung University) tion Eng., Huazhong University of Sci- ence and Technology), W. Liu, W. Cheng, 1. Network Coding for Bit Error Recovery in IEEE S. Wang (Huazhong University of Sci- 802.11 Mesh Networks ence and Technology) M. Kurth, U. Hermann, A. Zubow, J.-P. Redlich (Humboldt University Berlin) 3. Destination-Driven On-Demand Multicast Routing Protocol for Wireless Ad Hoc Networks 2. A Fuzzy Logic based Scheme to Detect K. Tian (State key Lab of Networking & Switch- Adaptive Cheaters in Wireless LAN ing Tech., Beijing Univer- S. Djahel, F. Naït-Abdesselam (University of Lille) sity of Posts and Telecommunications), B. Zhang (College of Comp. & Commun. Eng., Gradu- 3. An Effective SIP Security Solution for ate University of Chinese Academy of Sciences), Heterogeneous Mobile Networks H. Mouftah (SITE, University of Ottawa), Z. Zhao L. Zhang, H. Miyajima, H. Hayashi (College of Comp. & Commun. Eng., Gradu- (Softbank Mobile Corp) ate University of Chinese Academy of Sciences), J. Ma (Nokia Research Center) 4. Detection of Jamming Attacks in Wireless Ad 4. On Average Packet Delay Bounds and Loss Hoc Networks using Error Distribution Rates of Network-Coded Multicasts over A. Hamieh, J. Ben-Othman Wireless Downlinks (CNRS-PRiSM Laboratory, University of Versailles) W.-L. Yeow, A. T. Hoang, C.-K. Tham (Institute for Infocomm Research) 5. SEAS: A Secure and Efficient Anonymity Scheme for Low-Cost RFID tags 5. OFDMA-TDD Networks with Busy Burst Enabled S. Misra, M. Verma, D. Huang, G. Xue Grid-of-Beam Selection (Arizona State University) B. Ghimire (The University of Edinburgh), G. Auer (DOCOMO Euro-labs), H. Haas (The University of Edinburgh)

87 5. Multiple Description Coding Based Video WN-13: WLAN and Home/Personal Wireless Multicast Over Heterogeneous Wireless Ad Hoc Networks Networks O. Badarneh (Ecole de Technologie Superieure), Room: Konferenz 1 Y. Qian Time: Tue, 16 Jun, 4:00 pm - 5:30 pm (National Institute of Standards and Technology), Chair: Alfredo Todini B. Rong (Ecole de Technologie Superieure), (University of Rome "Sapienza") A. Elhakeem (Concordia University), M. Kadoch (Ecole de Technologie Superieure) 1. Random Access Protocols for WLANs Based on Mechanism Design WN-15: Wireless Mesh Networks II M. H. Cheung, A. H. Mohsenian-Rad, Room: Konferenz 1 V. W. S. Wong, R. Schober Time: Wed, 17 Jun, 9:00 am - 10:30 am (University of British Columbia) Chair: Igor Bisio (University of Genoa)

2. Reservation-Based Directional Medium Access 1. Recipient Maximization Routing Scheme for Control (RDMAC) Protocol for Multi-Hop Wireless Multicast over IEEE 802.16j WiMAX Relay Networks with Directional Antennas Networks J.-J. Chang, W. Liao (National Taiwan University), W.-H. Kuo (Yuan-Ze University, Taiwan) T.-C. Hou (National Chung-Cheng University) 2. Routing-Aware Channel Selection in Multi-Radio Mesh Networks 3. Capacity of Hierarchical WiFi/WiMAX Networks G. Athanasiou, I. Broustis (University of Thessaly), S. E. Elayoubi, M. Francisco (Orange Labs) T. Korakis (Polytechic University), L. Tassiulas (University of Thessaly) 4. Analysis of Duopoly Price Competition between 3. On the Benefits of Nondeterminism in WLAN Providers Location-based Forwarding Z. Kong (University of Hong Kong), B. Tuffin I. T. Haque, I. Nikolaidis, P. Gburzynski (INRIA Rennes), Y.-K. Kwok (University of Alberta) (Colorado State University), J. Wang (University of Kent) 4. Asymptotic Throughput for Hybrid Wireless Networks under Gaussian Channel Model 5. Adaptive Hybrid Call Admission Control Policy C. Wang, C. Jiang (Tongji University), X.-Y. Li for UMTS with Underlying Tunnel-WLANs (Illinois Institute of Technology), G. Dai Heterogeneous Networks (Hangzhou Dianzi University) T. Bejaoui, L. Mokdad 5. TFRC-Based Rate Control for Real-Time Video (University of Paris-Dauphine) Streaming Over Wireless Multi-Hop Mesh Networks WN-14: Wireless Ad Hoc Networks H. Luo, D. Wu, S. Ci, H. Sharif Room: Konferenz 2 (The University of Nebraska-Lincoln), H. Tang Time: Tue, 16 Jun, 4:00 pm - 5:30 pm (Chinese Academy of Sciences) Chair: Homayoun Yousefi’zadeh (University of California, Irvine) WN-P1: Relays, Gateways, and Satellite Systems 1. A New Mechanism to Detect Selfish Behavior in Room: Poster Area 2 IEEE 802.11 Ad Hoc Networks Time: Wed, 17 Jun, 9:00 am - 10:30 am C. Liu, Y. Shu, M. Li (Tianjin University), O. Yang Chair: Markus Werner (TriaGnoSys GmbH) (University of Ottawa) 1. Improving Performance of TCP-Based Applications Over DVB-RCS Links 2. Detecting Greedy Behaviors by Linear M. Luglio, C. Roseti, F. Zampognaro Regression in Wireless Ad Hoc Networks (University of Rome) A. Hamieh, J. Ben-Othman, A. Gueroui (PRISM, University of Versailles), 2. Evaluation of SIP Signaling and QoS for VoIP over F. Naït-Abdesselam (LIFL-IRCICA, Univer- Satellite Networks sity of Sciences and Technologies of Lille) M. Ali, L. Liang, Z. Sun, H. Cruickshank (University of Surrey) 3. Model-Tree-based Rate Adaptation Scheme for Vehicular Networks 3. Tailoring ELB for Multi-Layered Satellite Networks Q. Xia, J. Pu, M. Hamdi (Hong Kong Univer- T. Taleb, Z. Fadlullah (Tohoku University), sity of Science and Technology) T. Takahashi (NTT), R. Wang (Lamar University), Y. Nemoto, N. Kato (Tohoku University)

4. Characterising the Behaviour of IEEE 802.11 4. Performance Evaluation of MoIP Applications Broadcast Transmissions in Ad Hoc Wireless LANs over Satellite: An Experimental Study J. C.-P. Wang, M. Abolhasan, D. Franklin, D. Adami (CNIT-University of Pisa), F. Safaei (University of Wollongong) R. G. Garroppo, S. Giordano (University of Pisa)

8888 5. Reduced-Delay Interference-Aware 4. Markov Modeling for Data Block Transmission of Opportunistic Relaying OFDM Systems over Fading Channels A. Bletsas, A. G. Dimitriou, J. Sahalos R. Zhang, L. Cai (University of Victoria) (Aristotle University of Thessaloniki) 5. Cross-Layer Optimized Routing for Wireless 6. Performance of VoIP with DCCP for Satellite Links Sensor Networks Using Dynamic Programming G. Sarwar (NICTA), R. Boreli L. Song (Peking University), Y. Zhang (NICTA, University of NSW), E. Lochin (Simula Research Laboratory), R. Yu, W. Yao (Universitt’e de Toulouse, DMIA-ISAE, LAAS-CNRS) (South China University of Technology), Z. Wu (Shanghai University) 7. Positioning in Multibeam Geostationary Satellite Networks WN-P2: Next Generation Wireless Networks D. Petraki, M. Anastasopoulos Room: Poster Area 2 (National Technical University of Athens), Time: Wed, 17 Jun, 10:50 am - 12:20 pm T. Taleb (Tohoku University), A. Vasilakos Chair: Jaewon Kang (University of Western Macedonia) (Telcordia Technologies) 8. Link-Layer Handover in Earth-Fixed LEO Satellite Systems 1. SAMPLER: An Optimal MAC Algorithm for Ö. Korçak, F. Alagöz (Bogazici University) Wireless Instrumentation Systems S. Ray (Redback Networks), R. Guha 9. Robust PIM-SM Multicasting using Anycast RP in (Telcordia Technologies), W. Yasen Wireless Ad Hoc Networks (University of Bridgeport), M. Austin J. Kang, J. Sucec, V. Kaul, S. Samtani, M. Fecko (Pratt and Whitney) (Telcordia Technologies) 2. Energy Savings for Wireless Terminals through 10. BER Performance of Multibeam Satellite Systems Smart Vertical Handover with Tomlinson-Harashima Precoding C. Desset, N. Ahmed, A. Dejonghe (IMEC) M. Poggioni (University of Perugia), M. Berioli (DLR), P. Banelli (University of Perugia) 3. Distributed and Power Efficient Routing in Wireless Cooperative Networks 11. Joint Scheduling and Relay Selection in One- Z. Sheng (Imperial College London), Z. Ding and Two-Way Relay Networks with Buffering (Lancaster University), K. K. Leung L. Ding, M. Tao, F. Yang, W. Zhang (Imperial College London) (Shanghai Jiao Tong University) 4. A Novel Interface Selection Scheme for 12. Impact of Gateways Placement on Clustering Multi-Interface Wireless Mesh Networks Algorithms in Wireless Mesh Networks A. Barbieri, R. Fantacci, L. Maccari S. Waharte, R. Boutaba (University of Waterloo), (Università di Firenze) P. Anelli (Universite de la Reunion) 5. Demonstration of IPv6 Network Mobility in 13. A Multihoming Support Scheme with Localized Aeronautical Communications Network Shim Protocol in Proxy Mobile IPv6 E. H. Fazli, A. Via, S. Duflot, M. Werner Y. Li, D.-W. Kum, W.-K. Seo, Y.-Z. Cho (TriaGnoSys GmbH) (Kyungpook National University, Korea) 6. Minimum-Latency Gossiping in Multi-Hop 14. Comparative Performance Evaluation of TCP Wireless Mesh Networks Variants on Satellite Environments Q. Xin, Y. Zhang, J. Xiang C. Caini, R. Firrincieli (University of Bologna), (Simula Research Laboratory) D. Lacamera (SADEL) 7. Carrier-Sense ARQ: Squeezing Out Bluetooth WN-16: Cross-Layer Design and Optimization II Performance While Preserving Standard Compliancy Room: Konferenz 1 A. Zanella (University of Padova) Time: Wed, 17 Jun, 10:50 am - 12:20 pm Chair: Ben Liang (University of Toronto) 8. A Novel Relay Placement Mechanism for Capacity Enhancement in IEEE 802.16j WiMAX 1. A Cross Layer Fast Handover Scheme in VANET Networks K.-L. Chiu, R.-H. Hwang C.-Y. Chang (Tamkang University), C.-T. Chang (National Chung-Cheng University), Y.-S. Chen (Hsiuping Institute of Technology), M.-H. Li, (National Taipei University) C.-H. Chang (Tamkang University)

2. Joint Flow Control, Routing and Medium Access 9. On Concurrent Multipath Transfer in SCTP-Based Control in Random Access Multi-Hop Wireless Handover Scenarios Networks L. Budzisz, R. Ferrús, F. Casadevall S. Supittayapornpong, P. Saengudomlert (UPC Barcelona), P. Amer (Asian Institute of Technology) (University of Delaware)

3. Integration of Handover in a Cross-Layer 10. CoopMAX: A Cooperative MAC with Mechanism for Mobile Multimedia Systems Randomized Distributed Space-Time Coding for D. Triantafyllopoulou, N. Passas an IEEE 802.16 Network (University of Athens), A. Kaloxylos C. Nie, P. Liu, T. Korakis, E. Erkip, S. Panwar (University of Peloponnese) (Polytechnic Institute of NYU)

89 11. On the Performance of "Compensation-Based" 1. Density-Varying High-End Sensor Placement in and "Greedy" Scheduling Policies in IEEE 802.16 Heterogeneous Wireless Sensor Networks Networks X. Du (North Dakota State University), X. Liu S. Pizzi, A. Molinaro, A. F. Iera (McGill University), Y. Xiao (University Mediterranea of Reggio Calabria) (The University of Alabama) 2. An Optimal Sensor Network for Intrusion 12. Performance Analysis of Double-Channel Detection 802.11n Contending with Single-Channel 802.11 A. Olteanu, Y. Xiao (The University of Alabama), S. Pollin (UC Berkeley / IMEC), A. Bahai K. Wu (University of Victoria), X. Du (UC Berkeley) (North Dakota State University)

13. Performance Analysis of Trust-Based Node 3. Energy-Efficient Itinerary Planning for Mobile Evaluation Schemes in Wireless and Mobile Ad Agents in Wireless Sensor Networks Hoc Networks M. Chen, V. Leung Y. Ren, A. Boukerche (University of Ottawa) (University of British Columbia), S. Mao (Auburn University), T. Kwon 14. A TCP-Driven MAC Resource Allocation Scheme (Seoul National University, Korea), M. Li in a WiMAX Network (California State University) Y.-S. Chiu (Simon Fraser University), T. Randhawa 4. Adaptive Time Synchronization for Wireless (Mobile NewMedia Ltd.), R. H. S. Hardy Sensor Networks with Self-Calibration (Simon Fraser University) R. Venkatesan, T. Bian, C. Li (Memorial University of Newfoundland) WN-17: Wireless Network Performance, Resource Allocation, and QoS III 5. Level Biased Random Walk for Information Discovery in Wireless Sensor Networks Room: Saal 5 K. K. Rachuri, C. S. R. Murthy (IIT Madras) Time: Wed, 17 Jun, 2:00 pm - 3:30 pm Chair: Alfredo Todini WN-P3: Topics in Wireless Networks I (University of Rome "Sapienza") Room: Poster Area 2 Time: Wed, 17 Jun, 2:00 pm - 3:30 pm 1. Modeling and Evaluation of Homing-Pigeon Chair: Igor Bisio (University of Genoa) Based Delay Tolerant Networks with Periodic Scheduling 1. Energy Efficient Cooperative Broadcasting in H. Guo Wireless Networks (National Institute of Standards and Technology), J. Si, Z. Li, Z. Liu, X. Chen (State Key Lab of Inte- J. Li (Howard University), Y. Qian grated Services Networks Xidian University) (National Institute of Standards and Technology) 2. Interference-Aware Channel Assignments with Seamless Multi-Channel Monitoring in Wireless 2. RF in the Jungle: Effect of Environment Mesh Networks Assumptions on Wireless Experiment S. Kim (Information and Communications Univer- Repeatability sity, Korea), J. Cha R. Burchfield, E. Nourbakhsh, J. Dix, K. Sahu, (Electronics and Telecommunications Re- S. Venkatesan, R. Prakash search Institute, Korea), J. Ma (University of Texas at Dallas) (Information and Communications Univer- sity, Korea) 3. Experimental Triple-Play Service Delivery Using Commodity Wireless LAN Hardware 3. Low Energy and Low Latency in Wireless Sensor D. J. Dechene, A. Shami Networks (The University of Western Ontario) A. Cortes Cabezas, R. Gamboa Medina, N. M. Peña (Universidad de los Andes), 4. Adaptive Exponential Beacon Period Protocol M. A. Labrador (University of South Florida) for Power Saving in Delay Tolerant Networks 4. Energy Saving MAC for MIMO Systems B. J. Choi, X. Shen (University of Waterloo) S. Ryoo, S. Bahk (Seoul National University, Korea) 5. Tri-Message: A Lightweight Time Synchronization 5. Distributed Multi-User Scheduling for Improving Protocol for High Latency and Throughput of Wireless LAN Resource-Constrained Networks S. Tang, R. Miura, S. Obana (ATR Adaptive Com- C. Tian, H. Jiang (Huazhong University of Sci- munications Research Laboratories) ence and Technology), X. Liu (McGill University), X. Wang (Shanghai Jiaotong University), W. Liu, 6. A Mathematical Optimization Approach for Y. Wang (Huazhong University of Sci- Radio Network Planning of GSM/UMTS Co-Siting ence and Technology) L. Al-Kanj, Z. Dawy, G. Turkiyyah (American University of Beirut) WN-18: Wireless Sensor Networks 7. Using Limited Feedback in Power Allocation Room: Konferenz 1 Design for a Two-Hop Relay OFDM System Time: Wed, 17 Jun, 2:00 pm - 3:30 pm M. Hajiaghayi (University of Toronto), M. Dong Chair: Hung Nguyen (University of Ontario Institute of Technology), (The Aerospace Corporation) B. Liang (University of Toronto)

9090 8. Virtual Time-Slot Allocation Scheme for 3. A Modified Exclusion Mechanism and Optimal Throughput Enhancement in a Millimeter-Wave Routing Algorithm in UWB Networks GBPS WPAN Cross Layer Design F. Li, X. Wang (Shanghai Jiaotong University), C.-S. Sum, Z. Lan, R. Funada, J. Wang, T. Baykas, H.-H. Chen (National Cheng Kung Univiversity) M. A. Rahman, H. Harada, S. Kato (NICT) 4. Distributed Delay Estimation and Call Admission 9. Non Disruptive Data Services Towards Real-time Control in IEEE 802.11 Wireless LANs Traffic in Wireless Ad Hoc Networks K. Yasukawa (Ericsson), A. Forte, H. Schulzrinne J. Leguay (Thales Communications), H. Khalife (Columbia University) (Universite Pierre et Marie Curie), G. Sotiropoulos, V. Conan (Thales Communications), N. Malouch 5. Performance Analysis of the EDCA Medium (Universite Pierre et Marie Curie) Access Mechanism Over the Control Channel of an IEEE 802.11p WAVE Vehicular Network 10. Radio Resource Allocation Schemes in Hybrid J. R. Gallardo, D. Makrakis, H. T. Mouftah Mode Wireless Communication Systems (University of Ottawa) S. Y. Baek, D. K. Sung (KAIST, Korea) WN-20: Inter-networking of Heterogeneous 11. Channel Access Throttling for Overlapping BSS Networks Management Room: Konferenz 1 B. Han (University of Maryland at College Park), Time: Wed, 17 Jun, 4:00 pm - 5:30 pm L. Ji, S. Lee, R. Miller (AT&T Labs), Chair: Marina Aguado B. Bhattacharjee (University of the Basque Country) (University of Maryland at College Park) 1. IDC: An Energy Efficient Communication 12. An Upper Bound on the Performance of Scheme for Connected Mobile Platforms Non-Repetitive Flooding Over CSMA in Wireless A. Kulkarni (University of Texas at Dallas), Ad-Hoc Networks R. Wang, C. Maciocco, S. Bakshi, J. Tsai (Intel) H. Shah-Mansouri, M. R. Pakravan (Sharif University of Technology, Iran) 2. Approximated Matching-Based Spectrum Access Algorithm for Heterogenous Cognitive 13. Decomposition for Low-Complexity Networks Near-Optimal Routing in Multi-Hop Wireless H. Gang, L. Liu (NUDT), Q. Zhang (HKUST), M. Xu Networks (NUDT) V. Kolar (RWTH Aachen University), N. B. Abu-Ghazaleh 3. Optimal Network Selection in Heterogeneous (State University of New York, Binghamton), Wireless Multimedia Networks P. Mahonen (RWTH Aachen University) P. Si (Beijing University of Posts and Telecommu- nications), F. R. Yu (Carleton University), H. Ji 14. Channel-Assignment and Scheduling in Wireless (Beijing University of Posts and Telecommunica- Mesh Networks Considering Switching Overhead tions), V. C. M. Leung M. Yun, Y. Zhou (George Washington University), (The University of British Columbia) A. Arora (Bowie State University), H.-A. Choi (George Washington University) 4. Dynamic Resource Modeling for Heterogeneous Wireless Networks 15. A Novel Ray Tracing Based Multipath Modeling D. Tsamis (Stanford University), T. Alpcan Approach for Site-Specific WLAN Simulations (Deutsche Telekom Laboratories), J. P. Singh T. Zhou, H. Sharif, M. Hempel, P. Mahasukhon, (Deutsche Telekom Inc. R&D Lab), N. Bambos W. Wang, S. Ci (University of Nebraska-Lincoln) (Stanford University)

WN-19: Routing, Scheduling, and Medium 5. Buffer Schemes for VBR Video Streaming Over Access Control II Heterogeneous Wireless Networks Room: Saal 5 G. Ji, B. Liang (University of Toronto), A. Saleh Time: Wed, 17 Jun, 4:00 pm - 5:30 pm (Bell Mobility) Chair: Franco Davoli (University of Genoa) WN-P4: Topics in Wireless Networks II 1. Performance Evaluation of Interactive Data Room: Poster Area 2 Services Under Sharing and Preemptive Time: Wed, 17 Jun, 4:00 pm - 5:30 pm Scheduling Disciplines Chair: R Venkatesha Prasad W. Song (University of California, Berkeley), (Delft University of Technology) W. Zhuang (University of Waterloo), D. Zhao (McMaster University) 1. A 3-D Markov Chain Queueing Model of IEEE 802.11 DCF with Finite Buffer and Load 2. An Energy-Aware Routing Protocol for Ad-Hoc R. P. Liu, G. Sutton, I. B. Collings (CSIRO) Networks Based on the Foraging Behavior in Ant Swarms 2. Coverage Prediction in Urban Environments for S. Dhurandher (University of Delhi), S. Misra Inter-System Mobility Simulations (Indian Institute of Technology-Kharagpur), T. Balercia (Ruhr Universität Bochum), M. S. Obaidat (Monmouth University), P. Gupta, V. Frascolla (Comneon GmbH), A. Bilgic K. Verma, P. Narula (University of Delhi) (Ruhr Universität Bochum)

91 3. On Pareto-Efficiency between Revenue and Utility in Resource Allocation K.-D. Lee (LGE Mobile Research), T.-S. P. Yum (The Chinese University of Hong Kong) 4. A Load-Balanced Route Selection for Network Coding in Wireless Mesh Networks K. Fan, Xi Wei, D. Long (Sun Yat-sen University) 5. Multiple Backhaul Mobile Access Router Striping R. Melervey (Raytheon), Y. Sun (Cisco), T. La Porta (Penn State) 6. Improved Topology Control Method for Maximizing Traffic Delivery Ratio in Wireless Mesh Networks with Directional Antennas J. Zhang, Z. Zheng, X. Jia (City University of Hong Kong) 7. System Design and Resource Allocation in 802.16j Multi-Hop Relay Systems Under the User Rate Fairness Constraint H. Zeng, C. Zhu (Fujitsu Labs of America) 8. Impact of Topology and Shadowing on the Outage Probability of Cellular Networks J.-M. Kelif (Orange Labs), M. Coupechoux (TELECOM ParisTech and CNRS LTCI) 9. Performance Improvement of Error-Prone Multi-Rate WLANS through Adjustment of Access/Frame Parameters B. H. Jung (KAIST, Korea), S. J. Kim (NCSU), H. Jin, H. Y. Hwang, J. W. Chong, D. K. Sung (KAIST, Korea) 10. Inadequacy of the Queue-Based Max-Weight Optimal Scheduler on Wireless Links with TCP Sources A. Todini, A. Baiocchi, D. Venturi (University of Rome "Sapienza") 11. Evaluation of Prefix Delegation-Based Route Optimization Schemes for NEMO A. Shahriar, M. Atiquzzaman (University of Oklahoma) Notes 12. Base Station Pilot Management for User-deployed Cellular Networks Y.-Y. Li, E. Sousa (University of Toronto) 13. Fast Connected Dominating Set Construction in Mobile Ad Hoc Networks K. Sakai (Auburn University), M.-T. Sun (National Central University), W.-S. Ku (Auburn University) 14. Improving IEEE 802.11 Performance in Chain Topologies through Virtual Polling and Network Coding I. Tinnirello, L. Scalia, F. Campoccia (Universita’ di Palermo) 15. System Spectral Efficiency and Stability of 3G Networks: A Comparative Study Y. Gao, X. Zhang (Beijing Univer- sity of Posts and Telecommunications (BUPT)), Y. Jiang, J.-W. Cho (Norwegian University of Sci- ence and Technology (NTNU)) 16. Two Phase Spectrum Sharing for Frequency-Agile Radio Networks Z. Feng, Y. Yang (Virginia Tech)

9292 IE E EXECUTIVE GENERAL CHAIR CALL FOR PAPERS AND PROPOSALS - PRELIMINARY Kia Makki, Florida International Univ. E GLOBECOM IEEE GLOBECOM 2010 is the flagship conference of IEEE Communications GENERAL CHAIR Society, which is to be held in Miami during Dec. 6-10, 2010. We invite you to Taieb Znati, NSF submit your original technical papers and tutorial and workshop proposals to this * Tarkan Maner, Wyse Technology event.

TPC CHAIR The following 11 symposia are featured in this conference: Haohong Wang, Marvell Semiconductors * Mukesh Singhai, Univ. Kentucky x Ad Hoc Sensor and Mesh Networks * John Thompson, Univ. Edinburgh Chairs: Hossam Hassanein, Xiaohua Jia, Mario Kolberg x Communications and Systems Security SYMPOSIA CHAIR Chairs: Yingfei Dong, Raouf Boutaba, Zhenhai Duan Heather Yu, Huawei x Communications QoS, Reliability and Modeling * Qian Zhang, HK UST Chairs: Hideaki Yoshino, Charalabos Skianis, Mohammad S. Obaidat, Lavy Libman WORKSHOP CHAIR x Communication Theory Forouzan Golshani, CSU,Long Beach Chairs: Michael Rice, Vahid Tarokh, Weifeng Su * Xiaobo Zhou, Univ. Colorado x Internet and Next-Generation Networking Chairs: Yan Chen, Wojciech Kabacinski, Nasir Ghani, Tilman Wolf TUTORIAL CHAIR x Abbas Jamalipour, Univ. Sydney Multimedia Communications and Communication Software * Khaled El-Maleh, Qualcomm Chairs: Joel Rodrigues, Bin Wei, Dilip Sarkar, Ali Begen x Optical Networks and Systems PANEL CHAIR Chairs: Stefano Bregni, Jason Jue, Ahmed E. Kamal, Arunita Jaekel Robert Ulman, ARL/ARO x Signal Processing for Communications * Jin Li, Microsoft Research Chairs: Hung Nguyen, Francisco Canete, Zhu Liu x Wireless Communications OPERATION CHAIR Chairs: Sana Sfar, Liuqing Yang, Andrea Conti, Takaya Yamazato, EK Park, UMKC/NSF Jianwei Huang * Kami Makki, Lamar Univ. x Wireless Networking Chairs: Song Ci, Lin Cai, Abbas Jamalipour, Linda Jiang Xie GIMS/GITC ADVISORS x Other Selected Areas in Communications Paul Hartman, RFSAW Inc Chairs: Tony Xia, Gabriel Jakobson, R. Chandramouli, John Buford Abbas Jamalipour, Univ. Sydney WORKSHOPS (Names above with * are co-chairs) Workshop proposals should be submitted to the Workshops Co-Chairs, Drs. Xiaobo Zhou ([email protected]) and Forouzan Golshani ([email protected]). IMPORTANT DATES TUTORIALS Workshop Proposal: 1 Sep. 2009 Tutorial proposals should be submitted to the Tutorial Co-Chairs, Drs. Khaled El- Maleh ([email protected]) and Abbas Jamalipour ([email protected]). Paper Submission: 15 Mar. 2010 Tutorial Proposal: 15 Mar. 2010 Acceptance Notification: 1 July 2010 Camera-ready Paper: 14 Aug. 2010 http://www.ieee-globecom.org/2010 Conference: 6-10 Dec. 2010 List of Authors

List of Authors

Aad, I., 78 Ali, M., 88 Aïssa, S., 66, 67, 83 Abbagnale, A., 40 Ali, N. Abu, 85 Abbasfar, A., 67 Ali, T., 58 Baas, B., 69 Abdallah, M., 65 Almasaeid, H., 43 Babich, F., 74 Abdelhakim, M., 66 Alnuweiri, H., 60, 86 Baccarelli, E., 74 AbdelSalam, H., 40 Alonso, L., 86 Badarneh, O., 88 Abdesslem, F. B., 41 Alouini, M.-S., 77 Badia, L., 85 Abe, S., 60 Alpcan, T., 47, 91 Badruddin, N., 51 Abed-Meraim, K., 65 Alsaadi, F., 60 Bae, K., 67 Abhayapala, T., 80 Alsalih, W., 40 Baek, S. Y., 91 Abid, A. M., 48 Alsubhi, K., 47 Baghaie, M., 41 Abolhasan, M., 88 Alsusa, E., 67 Baguenine, F., 56 Abramovich, Y., 80 Altman, E., 83 Bahai, A., 74, 90 Abrardo, A., 75, 80 Altman, Z., 57 Bahk, S., 55, 90 Abreu, G. de, 41 Alvarado, A., 53, 54 Bahmani, S., 55 Abreu, G. T. Freitas de, 51 Aly, S., 60 Bai, B., 81 Abu-Ghazaleh, N. B., 91 Aly, S. A., 44 Bai, L., 73 Abu-Nimeh, S., 48 Amaral, P., 57 Bai, X.-Y., 70 Acharya, U., 45 Amer, P., 89 Baidas, M., 78 Achir, N., 43 Amerimehr, M. H., 52 Baiocchi, A., 92 Adami, D., 64, 65, 88 Amin, M. T. Al, 42 Bajic, D., 54 Adinoyi, A., 75 Amini, P., 68 Bajic, I. V., 55 Adrat, M., 54 Amiri, S. M., 55 Baker, F., 63, 64 Adve, R., 76, 81 Amorim, M. D. de, 41 Bakshi, S., 91 Adve, R. S., 50 An, K. J., 41 Baldo, N., 71, 85 Affes, S., 65, 66 Anand, S., 71 Baldwin, R., 45 Agarwal, R., 64, 66, 81 Anastasopoulos, M., 89 Balercia, T., 91 Aggelou, M., 61 Andrews, J. G., 53 Ball, C. F., 81 Agha, K. Al, 44 Aneja, Y. P., 43 Baloukov, D., 59 Aghdam, A. G., 81 Anelli, P., 89 Balucanti, L., 75 Agrell, E., 53, 54 Angelou, M., 61 Bambos, N., 62, 91 Aguayo-Torres, M. C., 52 Anghel, P. A., 72 Banaei, A., 71 Aguiar, R., 57 Annamalai, A., 69 Bandyopadhyay, S., 61 Agustin, A., 74, 80 Ansari, N., 61 Banelli, P., 89 Agustí, R., 81, 83 Ansari, R., 74 Banerjee, S., 61 Ahmed, M., 56, 77 Anttonen, A., 80 Bao, F., 47 Ahmed, M. H., 74, 78 Antweiler, M., 54 Baralis, E., 57 Ahmed, N., 89 Antón-Haro, C., 80 Baras, C., 75 Ahmed, Q. Z., 69 Aoyagi, T., 41, 73 Baras, J., 44, 48 Ahmed, T., 70 Arakawa, Y., 57 Barbero, L. G., 67 Ahn, G.-J., 46 Araujo, R., 42 Barbieri, A., 89 Ahn, S., 55 Ardakani, M., 75 Barcelo, J. M., 71 Aib, I., 47 Arias-de-Reyna, E., 73 Bari, A., 43 Aiello, L. M., 46 Ariu, D., 48 Barros, J., 52 Aissa, S., 53, 78 Armada, A. Garcia, 79 Barry, J. R., 67 Aitsaadi, N., 43 Armand, M. A., 52 Barsocchi, P., 41 Aivaloglou, E., 48 Arora, A., 91 Barth, D., 63 Akbarzadeh, S., 83 Arslan, H., 66 Barua, S., 42 Akhaee, M. A., 47 Arumugam, N., 82 Baruffaldi, A., 61 Akkaya, K., 42 Ascheid, G., 83 Basagni, S., 44 Akl, S., 40 Asghari, V., 83 Basar, T., 47, 86 Akoum, S., 68 Ashitagawa, K., 63 Basir, O., 70 Akpuh, J., 60 Ashtiani, F., 52 Bauch, G., 50 Akujuobi, C. M., 69 Askarian, A., 59 Baxley, R. J., 77 Akyildiz, I., 42, 43, 73 Assalini, A., 52 Baykas, T., 91 Al-Duwairi, B., 47 Assi, C., 60 Beaulieu, N., 76, 82 Al-Fuqaha, A., 56 Assimonis, S. D., 51 Beaulieu, N. C., 51, 54, 66 Al-Habian, G., 82 Astorga, A., 55 Behsaz, B., 62 Al-Kanj, L., 90 Athanasiou, G., 88 Bejaoui, T., 88 Al-Kofahi, O., 87 Athaudage, C., 80 Belfiore, J.-C., 68 Al-Shaer, E., 46 Atiquzzaman, M., 63, 92 Bellavista, P., 56 Al-Turjman, F., 43 Auer, G., 73, 77, 87 Belleschi, M., 75 Alagöz, F., 89 Aumasson, J.-P., 47 Bellini, S., 80 Alahmad, M., 44 Austin, M., 89 Ben-Othman, J., 87, 88 Alajaji, F., 53 Aved, A., 56 Benaissa, M., 48 Alamri, O., 82 Avramova, Z., 63 Bendlin, R., 80 Alasti, M., 81 Awad, M. K., 85 Benedetto, F., 66 Alavi, S. M., 76 Ayanoglu, E., 78 Benvenuto, N., 41 Albayrak, S., 46 Ayatollahi, F., 52 Berber, S. M., 65 Albluwi, Q., 85 Aysal, T. C., 71 Berder, O., 74 Alcaraz, J. J., 85 Azim, T., 40 Berioli, M., 89 Alfa, A. S., 85 Aznar, J., 86 Berkmann, J., 54 Alfano, G., 66 Azzam, I., 76 Bermudez, S., 43

9494 List of Authors

Bernardo, F., 81 Bye, R., 46 Chen, M.-Y., 80 Bernardo, L., 57 Bziuk, W., 86 Chen, R.-R., 54, 68 Berry, R. A., 53 Chen, S., 41, 58, 69, 72, 76, 78 Besbes, H., 73 Cabellos-Aparicio, A., 55 Chen, T., 49, 63, 67 Bettstetter, C., 52 Cabezas, A. Cortes, 90 Chen, W., 62, 67, 80, 81 Beyah, R., 47 Cabon, B., 82 Chen, X., 61, 90 Bhambhani, B., 64 Cabric, D., 71 Chen, Y., 48, 76 Bhaskaran, S. R., 51 Cai, J., 43, 48, 81, 85 Chen, Y.-S., 89 Bhattacharjee, B., 91 Cai, L., 89 Chen, Z., 64, 75, 81, 84 Bhorkar, A., 43 Cai, Y., 60, 64, 78 Cheng, J., 54, 60 Bi, Y., 87 Cai, Z., 46 Cheng, K.-W., 74 Biagi, M., 74 Caini, C., 89 Cheng, M., 44 Bian, T., 90 Calderbank, R., 52 Cheng, R., 78 Bianco, A., 57 Callegari, C., 46, 64, 65 Cheng, S., 80 Biermann, T., 58 Calsavara, A. O., 47 Cheng, T.-H., 49 Bilgic, A., 91 Camargo, A., 77 Cheng, W., 87 Binazzi, G., 40 Campoccia, F., 92 Cheng, X., 74, 84 Bing, B., 87 Campos, R., 57 Cheng, Y., 76 Biswas, A., 71 Camtepe, S. A., 46 Cherif, M., 70 Bjelakovic, I., 50 Cances, J.-P., 60 Cherubini, G., 70 Bless, R., 58 Canli, T., 41 Chessa, S., 41 Bletsas, A., 89 Cao, J., 40 Cheung, M. H., 88 Blomer, J., 83 Cao, K., 40 Chiang, M., 51 Blostein, S. D., 75 Cao, L., 77 Chiani, M., 79 Blyth, A., 45 Cao, W., 76 Chiaraviglio, L., 57 Boche, H., 50–53 Cao, Y., 56 Chiasserini, C.-F., 66 Bochmann, G., 60, 61 Cao, Z., 46, 80, 81 Chin, F., 66 Bochmann, G. V., 61 Cardieri, P., 41 Chin, W. H., 68 Bodade, R., 47 Carosi, A., 44 Chisci, L., 40, 46 Bodanese, E., 87 Carvalho, E. de, 66 Chiti, F., 40 Bogris, A., 48 Casadevall, F., 89 Chiu, H. S., 85 Bohannan, C., 42 Castañeda, Mario, 77 Chiu, K.-L., 89 Bolla, R., 58 Castoldi, P., 64 Chiu, L.-K., 66 Bomberger, N., 70 Catthoor, F., 67, 86 Chiu, Y.-S., 90 Bonilla, E., 55 Cavers, J. K., 77 Cho, C.-H., 43 Bonnet, C., 83 Cerquitelli, T., 57 Cho, H., 49 Bononi, L., 42 Cha, J., 90 Cho, J.-W., 92 Borah, D., 73 Chabanne, H., 48 Cho, K., 46 Borany, A. von, 69 Chai, C. C., 52 Cho, Y.-Z., 89 Boreli, R., 89 Chalhoub, G., 41 Chockalingam, A., 72 Bouabdallah, F., 41 Chamania, M., 46, 57 Choi, B. J., 90 Bouabdallah, N., 41 Chan, A. C.-F., 48 Choi, H., 46 Bouallègue, A., 73 Chan, E., 64 Choi, H.-A., 91 Boudriga, N., 46 Chan, E. W. W., 48 Chong, J. W., 92 Bougard, B., 67 Chan, V. W. S., 61 Chorti, A., 78 Boukerche, A., 42, 43, 70, 90 Chander, D., 42 Chou, C.-F., 42 Bourdoux, A., 67, 74, 84 Chandrasekaran, R., 43 Chou, C.-P., 68 Boussakta, S., 76 Chang, C.-H., 40, 89 Chou, L.-W., 62 Boussetta, K., 43 Chang, C.-T., 89 Chou, S.-C., 54 Boutaba, R., 41, 42, 47, 58, 70, 85, 89 Chang, C.-Y., 51, 60, 89 Chowdhery, A., 69, 70 Bowman, M., 58 Chang, J.-J., 88 Chowdhury, K., 43 Braga, A. J., 82 Chang, R., 81 Christensen, S. S., 66 Brah, F., 73 Chang, R. K. C., 48 Christodoulopoulos, K., 61 Brandt-Pearce, M., 59 Chang, Y.-C., 58 Chu, J. P. K., 50 Brehmer, J., 67 Chang, Y.-T., 62 Chu, X., 49 Breiling, M., 73 Chao, H. J., 59 Chu, Y.-M., 55 Bringer, J., 48 Chaporkar, P., 75 Chua, K. C., 60 Brinkmeier, M., 46 Charafeddine, M., 73 Chun, J., 67, 83 Brossier, J.-M., 66 Chatterjee, M., 49 Chung, S.-Y., 75 Broustis, I., 88 Chatzidiamantis, N., 60 Chung, T.-M., 58 Bruhn, S., 62 Chatzinotas, S., 53 Ci, S., 44, 88, 91 Bruneel, H., 63 Chaudhari, Q., 40 Cigno, R. Lo, 58 Brunner, M., 55, 57, 72 Chen, B., 83, 86 Cioffi, J., 66, 73, 74, 81 Bruschi, R., 58 Chen, C., 70, 72, 81 Cioffi, J. M., 69, 70, 80 Brustoloni, J., 55 Chen, D., 40 Cipollone, E., 40 Brylka, A., 75 Chen, G., 41, 64 Clausen, J., 46 Buchner, C., 77 Chen, H., 83 Claussen, H., 86 Budzisz, L., 89 Chen, H.-H., 45, 82, 85, 91 Clouqueur, M., 59 Buford, J., 70 Chen, I. Y., 68 Coleman, T. P., 53 Buford, J. F., 56 Chen, I.-W., 49 Collings, I., 75, 77 Bukkapatanam, V., 85 Chen, J., 40, 49, 56, 67 Collings, I. B., 50, 52, 73, 91 Bulut, E., 41 Chen, J.-C., 74 Colone, M., 70 Burchardt, H., 73 Chen, K.-T., 58 Comisso, M., 74 Burchfield, R., 90 Chen, L., 44, 46, 60, 64 Comon, P., 65 Bustamante, R., 85 Chen, M., 50, 90 Conan, V., 91 Butt, M. F. U., 76 Chen, M. C., 56 Connie, A. T., 64

95 List of Authors

Constantinou, P., 73 Do, T. T., 56 Fan, K., 92 Corcoran, K., 61 Dobremez, V., 82 Fan, P., 44, 82 Cordeschi, N., 74 Domingo-Pascual, J., 55 Fantacci, R., 40, 46, 89 Corona, I., 48 Domzal, J., 63 Farhang-Boroujeny, B., 54, 68 Cosovic, I., 77 Donatiello, L., 42 Farid, A. A., 53 Costa, D., 78 Dong, F., 61 Farnan, N., 55 Costa, D.B. da, 66 Dong, L., 57 Fattah, H., 86 Costantini, D., 56 Dong, M., 90 Faucher, D., 86 Cottatellucci, L., 83 Dong, X., 45, 51, 76 Favier, G., 65 Coulson, A., 71 Dong, Y., 48 Fazli, E. H., 89 Coupechoux, M., 92 Doppler, K., 78 Fecko, M., 89 Courtade, T. A., 54 Dorni, A., 74 Femminella, M., 56 Couturier, S., 54 Doucette, J., 60 Feng, D., 46, 47 Coviello, E., 43 Drummond, A. C., 60, 62 Feng, J., 43 Cowan, C., 67 Drwiega, T., 56 Feng, T., 60 Crisóstomo, S., 52 Du, J., 46, 83 Feng, Z., 92 Cruickshank, H., 88 Du, Q., 79 Fernandes, C. E. R., 65 Cuevas, A., 55 Du, X., 57, 90 Fernandes, S. F. de L., 55 Cuevas, R., 55 Duan, X., 61 Ferrari, M., 80 Cugini, F., 64 Duda, A., 43 Ferrús, R., 89 Cui, H., 85 Dudkowski, D., 57 Fertonani, D., 53 Cui, Q., 82 Duelli, M., 59 Festor, O., 48 Cui, S., 45, 50, 52 Duflot, S., 89 Fettweis, G., 50, 53, 67, 69, 81, 83 Cui, T., 73 Duhamel, P., 78 Ficara, D., 65 Cui, Y., 48, 56 Duman, T. M., 53 Fidalgo, J. F., 55 Cuomo, F., 40 Dumard, C., 75 Fijalkow, I., 75 Czekierda, L., 56 Durahim, A. O., 46 Filali, A., 64 Czink, N., 75 Dusi, M., 47 Firag, A., 50 Czywik, A., 77 Dutkiewicz, E., 72, 87 Firrincieli, R., 89 Duvaut, P., 80 Fischer, R. F.H., 54 D’Orlando, M., 74 Döttling, M., 75 Fischione, C., 44 Dabeer, O., 51 Dürr, F., 55 Flaxman, S., 61 Dabir, A., 46 Fleury, B., 69 Dahab, R., 47 Eberle, H., 58 Fodor, V., 71 Dai, G., 88 Eberspächer, J., 59 Fonseca, N. L. S. da, 60, 62 Dai, R., 42 Eckford, A. W., 50 Forst, B., 59 Dai, X., 79 Ehlert, S., 49 Forte, A., 91 Dall’Anese, E., 52 Eichhorn, A., 55 Francescangeli, R., 56 Dammann, A., 83 Eickhoff, R., 67, 69 Franceschini, M., 70 Dannewitz, C., 58 Eitel, E., 68 Francisco, M., 88 Darwazeh, I., 78 Ekman, R., 84 Franklin, A. A., 85 Darwish, H. S., 44 Ekrem, E., 50 Franklin, D., 88 Das, A., 64 El-Fotouh, M. A., 48 François, J., 47 Davidson, T., 72 El-Hajjar, M., 82 Frascolla, V., 91 Davis, P., 41 El-Khayat, I., 58 Frey, H., 43 Davoli, F., 42 Elayoubi, S. E., 88 Frotzscher, A., 83 Dawy, Z., 85, 90 Elbadawi, K., 46 Fu, J., 57 Debbah, M., 86 Elders-Boll, H., 54 Fu, Q., 58, 62 Dechene, D. J., 90 Elezabi, A., 66 Fu, S., 46, 76 Dejonghe, A., 67, 86, 89 Elfadel, I., 70 Fu, X., 57 Deneire, L., 65, 69, 80 Elhakeem, A., 88 Fudge, G., 69 Deng, H., 54 Elkashlan, M., 60, 75 Fuja, T., 78 Denno, S., 87 Elmirghani, J., 60 Fukuda, K., 46, 60 Depierre, D., 71 Elvira, V., 69 Funada, R., 91 Desai, U. B., 42, 81 Elwakil, A. S., 48 Fung, B. C. M., 48 Desai, V., 83 Emad, A., 66 Furini, M., 42 Despotovic, Z., 58 Enayati, A., 51 Fusco, T., 75, 77 Desset, C., 67, 89 Entrambasaguas, J. T., 52 Detti, P., 80 Erkip, E., 89 Gadkar, A., 61 Dhaini, A., 60 Esaki, H., 46 Galante, A., 49 Dhara, K., 56 Esli, C., 81 Galarus, D., 42 Dharmawansa, P., 77 Este, A., 47 Galis, A., 55 Dhivagar, B., 82 Estraviz, E. L., 67 Gallardo, J. R., 91 Dhurandher, S., 86, 91 Evans, J., 54, 60 Gamal, H. El, 50, 52 Dhurandher, S. K., 64 Evans, J. S., 51 Ganapathy, S., 57 Diepold, K., 48 Gang, H., 91 Dietl, G., 69 Fa, R., 78 Ganwani, V., 81 Diggavi, S., 50 Fabian, B., 46 Gao, F., 68, 79 Dileep, M. K., 82 Fabini, J., 64 Gao, G., 61 Dimitriou, A. G., 89 Facchini, C., 64 Gao, J., 79 Dimitriou, N., 76 Fadlullah, Z., 88 Gao, L., 50 Ding, L., 89 Falconer, D., 75 Gao, M., 51 Ding, Z., 78, 89 Falconetti, L., 81 Gao, S., 52 Dix, J., 90 Fallah, Y. P., 64 Gao, X., 68, 76, 77 Djahel, S., 87 Fan, B., 74 Gao, Y., 64, 92 Dmochowski, P., 78 Fan, J., 41, 58 Gao, Z., 55

9696 List of Authors

Garagic, D., 70 Gundavelli, S., 58 Heidarpour, M. R., 51 Garcia-Luna-Aceves, J. J., 43, 50 Guo, H., 42, 76, 90 Heikkinen, J., 49 Garcia-Vidal, J., 71 Guo, K., 76 Heinzelman, W., 44 García-Haro, J., 85 Guo, Y., 56, 64 Hempel, M., 91 Garello, R., 83 Guo, Z., 81 Henriksson, J., 84 Garg, H. K., 76, 83 Gupta, M., 47, 49 Herath, S., 71 Garroppo, R. G., 86, 88 Gupta, P., 86, 91 Hermann, U., 87 Gburzynski, P., 62, 88 Gupta, R., 81 Herzet, C., 52, 66 Geiger, L., 55 Gura, N., 58 Heskamp, M., 69 Gelabert, X., 83 Gurdasani, N., 42 Hesse, M., 80 Geller, B., 52, 66 Gurses, E., 42, 58 Hicks, J., 67 Gendreau, M., 64 Gursoy, M. C., 51 Hieb, M., 70 Geneiatakis, D., 49 Gurtov, A., 48 Higashino, S., 70 Gentile, C., 82 Gustafson, S., 82 Hillery, W., 83 Georghiades, C., 71 Guthy, C., 69 Himayat, N., 54, 78 Georgieva, E., 59 Götz, S., 48 Himmanen, H., 84 Gerstacker, W., 73, 83 Himura, Y., 46 Ghaffar, R., 82 Haardt, M., 53 Hincapie, R., 85 Ghani, N., 60, 62 Haas, H., 73, 87 Hirano, T., 87 Ghassemi, A., 66 Habib, S., 65 Ho, C. K., 50 Ghauri, I., 68 Hadid, N., 41 Ho, P., 77 Gheryani, M., 84 Hadikhanlou, S., 51 Ho, P.-H., 47 Ghimire, B., 87 Hadzi-Velkov, Z., 80 Ho, Q.-D., 87 Ghrayeb, A., 66, 82 Hafid, A. S., 64 Hoang, A. T., 87 Giacinti, F., 56 Haimovich, A. M., 45 Hoeher, P., 67 Giacinto, G., 48 Hajiaghayi, M., 90 Hoffmann, F., 40 Giacomazzi, P., 63 HajShirmohammadi, A., 55 Hofstätter, Q., 58 Giannetti, F., 74 Halima, N. Ben, 63 Holleczek, T., 63 Gilbert, B., 73 Hamdi, M., 46, 56, 88 Hollick, M., 58 Giordano, S., 46, 64, 65, 86, 88 Hamieh, A., 87, 88 Holzman, J., 60 Giridhar, K., 67, 82 Hammouda, S., 47 Hong, J., 40 Giunta, G., 41, 66 Hamouda, W., 87 Hong, L., 79 Giupponi, L., 78 Han, B., 91 Hong, Y.-W., 83 Glaropoulos, I., 71 Han, C., 54, 79 Honglin, H., 83 Goel, S., 79 Han, H.-S., 84 Honig, M. L., 51, 53 Gong, X., 44 Han, Z., 73, 86, 87 Hori, T., 40 Gong, Y., 50 Hanay, Y. S., 64 Horlin, F., 74, 84 González-Castaño, F. J., 59 Hands, D., 64 Hoshyar, R., 53, 74, 78 Gonçalves, G., 55 Hanif, M. F., 78 Hossain, E., 87 Gorce, J.-M., 44 Hanlen, L., 73, 82 Hossain, T., 56 Gordziel, M., 71 Hanly, S. V., 51 Hosseini, I., 51 Goteti, A., 73 Hanski, M., 63 Hosseinpour, M., 63 Goto, H., 55 Hanzo, L., 53, 68, 69, 72, 76, 82 Hou, R., 63 Goudarzi, P., 52, 63 Haque, I. T., 88 Hou, T.-C., 88 Gowda, K. T., 50 Harada, H., 91 Houas, H., 75 Gragopoulos, I., 43 Harada, S., 58 Houcke, S., 65 Grami, A., 66 Hardjawana, W., 76 Howarth, M., 57 Granelli, F., 63, 64 Hardy, R. H. S., 90 Hoymann, C., 81 Granger, E., 46 Harms, J., 42 Hranilovic, S., 53, 60 Granville, L. Z., 57 Harrison, B., 40 Hric, P., 81 Graziosi, F., 44 Harrison, W. K., 53 Hsieh, C.-H., 60 Gregoratti, D., 82 Hasan, M., 74 Hsieh, H.-Y., 41 Greiler, M., 47 Hasegawa, H., 58 Hsu, C., 56 Grimaila, M., 45 Hasegawa, J., 41 Hsu, C.-C., 42 Gringoli, F., 47 Hashim, F., 47 Hsu, C.-Y., 65 Gritzalis, S., 48 Hashimoto, T., 54, 79 Hu, H., 76, 85 Gross, W., 70 Hashish, S., 40 Hu, J., 48, 87 Grover, W., 59 Hasna, M., 82 Hu, P., 43 Grover, W. D., 59 Hassanein, H., 40, 43, 84, 85 Hu, R.Q., 79 Grue, A., 59 Hausl, C., 80 Hu, Z., 64, 73 Gu, W., 61 Havary-Nassab, V., 66 Hua, K. A., 56 Gu, Y., 86 Hayajneh, T., 47 Huang, C., 56 Guan, X., 46, 49 Hayar, A., 71 Huang, C.-M., 57 Guan, Y. L., 76, 77 Hayashi, H., 87 Huang, D., 54, 87 Guan, Z., 62 Hayashi, R., 60 Huang, D.-T., 54 Gueguen, L., 71 Haywood, R., 55 Huang, H., 46 Guenach, M., 51, 68, 70 He, B., 73 Huang, J., 51, 67 Guennec, Y. Le, 82 He, C., 54 Huang, J.-F., 62 Gueroui, A., 88 He, F., 48 Huang, K., 83 Guerrero, C., 55 He, S., 45 Huang, L., 74 Guha, R., 89 He, Y., 54, 82 Huang, N.-F., 46, 55 Guirguis, M., 55 He, Z., 63, 67, 77 Huang, S., 44, 61 Guitton, A., 41 Hecker, A., 86 Huang, T., 62 Guizani, M., 56 Heer, T., 48 Huang, W.-Z., 55 Gulliver, T. A., 51, 66 Heft, J., 75 Huang, X., 57 Gumaste, A., 57, 60, 62 Hegde, P., 43 Huang, Y., 47, 79

97 List of Authors

Huang, Y.-C., 42 Jiang, N., 56 Kellerer, W., 58 Huang, Y.-F., 80 Jiang, W., 63 Kelly, D., 45 Huang, Y.-W., 42 Jiang, Y., 49, 92 Kelner, J., 55 Huemer, M., 54 Jin, H., 92 Kemp, A., 41 Hugl, K., 76 Jin, S., 53, 77 Kempf, J., 46 Hummen, R., 48 Jin, X., 65, 72 Kenarsari-Anhari, A., 53 Huuhka, E., 84 Jin, Z., 71 Kenney, J. Stevenson, 82 Hwang, H. Y., 92 Jindal, N., 53, 81, 83 Kepler, J., 83 Hwang, R.-H., 89 Jing, Y., 82 Keung, G., 64 Hwang, Y.-T., 68 Johansson, M., 75 Keusgen, W., 84 Jorswieck, E., 69 Khairy, M., 65 I, C., 64 Jorswieck, E. A., 51 Khalaj, B. H., 40 Iacono, D., 86 Joseph, V., 40 Khaled, N., 42 Iacono, L. Lo, 49 Jr., A. L. Marcon, 47 Khalife, H., 91 Ibars, C., 78 Jr., L. Lanante, 75 Khan, A., 63 Ibnkahla, M., 43 Jr., R. W. Heath, 50 Khanna, R., 45 Ibrahim, A., 78, 82 Jr., T. E. Calhoun, 47 Khanvilkar, M., 56 Icart, S., 65 Jue, J., 74 Khattab, T., 60 Iera, A. F., 90 Jue, J. P., 60 Khirallah, C., 80 Ifeachor, E., 63 Jukan, A., 46, 57, 86 Khodaian, A., 40 III, A. O. Hero, 48 Julien-Vergonjanne, A., 60 Khokhar, A., 41 III, J. Mitola, 71 Jung, B. H., 92 Khosravifard, M., 51 Ikki, S., 77, 78 Jung, C. Y., 46 Khreich, W., 46 Ikki, S. S. , 74 Jungnickel, V., 75 Khrwat, A., 76 Ileri, O., 71 Juntti, M., 67 Khurri, A., 48 Imad, R., 65 Kienle, F., 83 Imai, H., 48 Kadloor, S., 81 Kiese, M., 59 Imran, M. A., 53 Kadoch, M., 88 Kim, D., 49 Ingram, M. A., 44, 79 Kafkalas, A., 49 Kim, D. H., 75 Inoue, I., 60 Kai, C., 85 Kim, D.-I., 87 Iraji, M. B., 52 Kailas, A., 44 Kim, E., 75 Isaacs, J., 70 Kalafut, A., 49 Kim, I., 49 Ishibashi, B., 85 Kalakech, A., 68 Kim, J., 55 Ishibashi, K., 72 Kalansuriya, P., 74 Kim, J. S., 77 Ishihara, S., 44 Kalantari, N. K., 47 Kim, J. W., 83 Ishii, K., 72 Kalouptsidis, N., 54 Kim, J.-S., 72 Ivanov, K., 81 Kaloxylos, A., 89 Kim, R. Y., 76, 82 Iversen, V. B., 86 Kalyani, S., 67 Kim, S., 90 Ivrlac, M., 75, 77, 80 Kam, P. Y., 52 Kim, S. J., 92 Iwaki, A., 57 Kam, P.-Y., 77 Kim, T., 47 Iwanicki, K., 44 Kamal, A., 43, 60, 87 Kim, W., 75 Kambourakis, G., 49 Kim, Y. G., 51 Jaeckel, S., 75 Kamiyama, N., 58, 63 Kim, Y.-D., 75 Jaekel, A., 43 Kammeyer, K.-D., 75 Kimoto, T., 68 Jafarkhani, H., 76, 82 Kammoun, A., 65 Kindarji, B., 48 Jaffrès-Runser, K., 44 Kan, H., 80 Kiraly, C., 58 Jagannathan, S., 69, 70 Kanaras, I., 78 Kiran, Y. V., 61 Jaggi, S., 51 Kang, Chung G., 83 Kiraz, O., 46 Jagyasi, B., 42 Kang, J., 89 Kirkelund, G. E., 69 Jain, R., 58, 71 Kang, L., 45 Kirschnick, N., 63 Jajszczyk, A., 63, 64 Kang, X., 52, 83 Kishi, N., 60 Jakimoski, G., 71 Kansanen, K., 71 Kitagawa, H., 65 Jalaleddini, K., 81 Kao, J.-H., 61 Kivanc, D., 48 Jamadagni, H. S., 67 Karagiannidis, G., 60, 80 Kiyavash, N., 53 Jamalipour, A., 47, 85 Karagiannidis, G. K., 51 Klautau, A., 52 Jamil, N., 49 Karami, E., 79 Klein, A., 77 Jan, R.-H., 48 Karande, S., 50 Klein, R., 46 Jana, R., 55 Karandikar, A., 62, 75 Kliazovich, D., 63 Jandura, C., 75 Karapistoli, E., 43 Kliazovichz, D., 71 Jarrar, R., 70 Karasawa, Y., 66 Kliger, M., 48 Jaumard, B., 59 Karedal, J., 75 Knopp, R., 82 Jayalath, D., 80 Karl, H., 58, 78 Ko, M., 46 Je, H. W., 75 Karmouch, A., 40 Ko, Y., 75 Jedynak, M., 56 Karmouch, E., 70 Ko, Y.-C., 43, 77 Jego, C., 65 Kartalopoulos, S., 48 Kobayashi, S., 70 Jesus, V., 57 Kartsakli, E., 86 Kobyakov, A., 79 Ji, G., 91 Kashihara, S., 62 Koc, A. T., 78 Ji, H., 41, 63, 91 Katayama, M., 68 Koetter, R., 50, 80 Ji, L., 91 Kato, N., 88 Kohno, R., 41, 73 Ji, Y., 60 Kato, S., 91 Koibuchi, M., 60 Jia, J., 42, 85 Katona, Z., 79 Koike-Akino, T., 72, 80 Jia, X., 92 Katsiotis, A., 54 Kokos, A., 49 Jiang, B., 68 Kaul, V., 89 Kolar, V., 91 Jiang, C., 88 Kaveh, M., 72 Kolberg, M., 56 Jiang, H., 42, 47, 70, 90 Kawahara, R., 58 Komali, R., 85 Jiang, L., 75 Kelif, J.-M., 92 Komu, M., 48

9898 List of Authors

Kondo, Y., 41 Laurenson, D., 74, 84 Liao, W., 40, 88 Kong, N., 52 Laurenson, D. I., 73 Libeskind-Hadas, R., 61 Kong, Z., 88 Lauwereins, R., 74, 84 Lichte, H., 78 Konstantinidis, A., 43 Law, K. L. E., 55 Liebl, G., 77 Korakis, T., 88, 89 Le, L. B., 78 Lienhart, J., 81 Korniak, J., 64 Le, Y., 87 Liew, S., 85 Kortke, A., 84 Le-Ngoc, T., 73, 75, 78, 87 Liew, S. C., 80 Korçak, Ö., 89 Lebrun, J., 80 Like, E.C., 82 Kostina, V., 83 Leduc, J., 54 Lim, C., 42 Kotelba, A., 80 Lee, C.-H., 57 Lim, T. J., 52 Kotsopoulos, S., 73 Lee, H.-W., 43 Lin, B.-S., 57 Kousa, M., 84 Lee, I., 72, 74, 84 Lin, C., 49, 64, 79 Kozat, U. C., 46 Lee, J., 81 Lin, C.-J., 42 Kragh, F., 67 Lee, J.-H., 58 Lin, F. C., 49 Krause, M., 83 Lee, K. B., 75, 79 Lin, G.-H., 46 Krishna, G. H., 67 Lee, K. C., 68 Lin, H., 79 Krishnamachari, B., 41 Lee, K.-D., 92 Lin, J., 77 Krishnamurthy, P., 47 Lee, S., 86, 91 Lin, K.-C., 66 Krishnamurthy, V., 41 Lee, S.-H., 75 Lin, P.-C., 49 Krishnaswamy, V., 56, 70 Lee, Y., 55 Lin, S.-C., 77 Kristem, V., 53 Lee, Y. K., 58 Lin, W., 49 Krondorf, M., 81, 83 Lee, Y.-J., 63 Lin, Y., 42, 74 Krongold, B., 60 Leguay, J., 91 Lin, Y. H., 67 Krzymien, W., 75 Lehman, T., 59 Lin, Y.-D., 49 Ku, W.-S., 92 Lehn, H. vom, 65 Lindqvist, N., 52 Kua, J. M., 67 Lehrieder, F., 58, 63 Ling, C., 50, 52 Kuang, J., 62 Lei, C.-L., 58 Liu, B., 49 Kubota, A., 46 Leith, A., 75 Liu, C., 42, 43, 74, 88 Kuchi, K., 82 Lenzi, S., 41 Liu, E., 63, 81 Kuehn, V., 50 Letaief, K., 44 Liu, F., 55, 56, 81 Kuijper, M., 54 Letaief, K. B., 81 Liu, H., 45, 57 Kulkarni, A., 91 Letaief, K.B., 72 Liu, J., 47, 65, 80, 87 Kum, D.-W., 89 Letaief, K.S., 82 Liu, K. J. R., 78, 82 Kumar, A., 60 Leung, C., 80 Liu, L., 40, 43, 91 Kuo, C.-C. J., 81 Leung, J., 85 Liu, P., 89 Kuo, K.-L., 41 Leung, K., 81 Liu, Q., 60 Kuo, W.-H., 88 Leung, K. K., 50, 63, 78, 89 Liu, R. P., 91 Kuptsov, D., 48 Leung, K.-C., 63 Liu, S., 54, 63 Kurniawan, E., 66 Leung, V., 90 Liu, T., 50 Kurosaki, M., 75 Leung, V. C. M., 63, 64, 70, 91 Liu, T. C.-K., 51 Kurt, G., 73 Levi, A., 46 Liu, T.-H., 68 Kurt, T., 73 Levis, P., 40 Liu, W., 87, 90 Kurth, M., 87 Levorato, M., 85 Liu, X., 62, 90 Kuzminskiy, A., 80 Lewcio, B., 63 Liu, Y., 60 Kwak, B. J., 83 Li, B., 55, 64 Liu, Y.-C., 66 Kwak, R., 74 Li, C., 76, 79, 90 Liu, Z., 90 Kwan, R., 80 Li, C.-P., 78 Liva, G., 79 Kwok, Y.-K., 88 Li, F., 76, 85, 91 Liyanage, M., 68 Kwon, D. S., 83 Li, G., 67, 71 Lobinger, A., 75 Kwon, T., 90 Li, G. Y., 54, 71, 75, 78 Lochin, E., 89 Kwon, Y. H., 71 Li, H., 76, 79 Loeb, H.-P., 64 Kwong, W. C., 51, 60 Li, J., 44, 70, 85, 90 Lok, T. M., 52 Kyle, D., 55 Li, K. H., 77 Long, D., 92 Kyriazos, A., 73 Li, M., 48, 67, 83, 88, 90 Long, K., 61 König, A., 58 Li, M.-H., 89 Lottici, V., 74 Kürner, T., 86 Li, Q., 44 Lou, W., 43 Li, Q. H., 65 Louie, R., 81 Labrador, M. A., 90 Li, S., 47 Louie, R. H. Y., 50 Labrinoudakis, C., 49 Li, T., 45, 65 Loureiro, A. A. F., 41 Lacamera, D., 89 Li, T.-G., 42 Louveaux, J., 51, 66, 68, 74 Lai, Y.-C., 49 Li, W., 40, 49, 56 Loyka, S., 83 Lakshmiraman, V., 61 Li, W. L., 53 Lozano, A., 79 Lamare, R. de, 78 Li, X., 41, 43, 53, 58 Lu, C.-C., 54 Lampe, L., 40, 53, 78, 80 Li, X.-Y., 88 Lu, F., 73 Lan, Z., 91 Li, Y., 41, 45, 53, 58, 76, 81, 82, 89 Lu, H., 72 Laneman, J. N., 50, 81 Li, Y.-Y., 92 Lu, K., 42, 46 Lang, Y., 75 Li, Z., 42, 48, 55, 58, 62, 90 Lu, L., 77 Langar, R., 70 Lian, S., 48 Lu, S., 40, 56 Lanzisera, S., 41 Liang, B., 90, 91 Lu, W.-S., 51 Larroca, F., 63 Liang, J., 71 Lu, X., 48 Lassila, P., 40 Liang, L., 88 Lucani, D. E., 51 Lastras-Montaño, L. A., 70 Liang, Q., 41, 70, 71 Lucerna, D., 61 Latif, M. A., 50 Liang, Y.-C., 52, 67, 76, 79, 83 Luglio, M., 88 Lau, F. C. M., 54 Liang, Y.-W., 79 Lui, J. C.S., 65 Lau, V. K.N., 83 Liao, J., 56 Lui, K.-S., 58, 63, 64, 85 Lau, W.-C., 64 Liao, T.-Y., 51 Lunglmayr, M., 54

99 List of Authors

Luo, C.-C., 49 Matrawy, A., 46, 64 Moghaddari, M., 74 Luo, H., 62, 79, 88 Matsui, H., 51 Mohammed, S., 72 Luo, J., 84 Matsumoto, T., 73 Mohan, G., 60 Luo, L., 78 Matsuura, M., 60 Mohsenian-Rad, A. H., 51, 88 Luo, W., 56, 87 Matthaiou, M., 51 Mohsenin, T., 69 Luo, X., 48 Matuz, B., 79 Mokdad, L., 88 Luo, Y., 47, 58 Maunder, R., 76, 82 Molinaro, A., 90 Lutz, T., 80 Mautor, T., 63 Molisch, A., 75 Luzzi, L., 68 McGuire, M., 45 Molisch, A. F., 53, 77 Lv, G., 82 McKay, M., 77 Molnár, S., 55 Lv, H., 67 McKay, M. R., 50, 52, 53 Mongelli, M., 42 Lv, Q., 56 McLaughlin, S. W., 53 Mongol, B., 68 López-Bravo, C., 59 McNair, B., 48 Monoyios, D., 61 McNair, J., 60 Monteiro, D. V., 63 Ma, G., 56 McPhail, L., 60 Monteiro, M., 52 Ma, H., 43, 80 Mecklenbräuker, C., 75 Moon, S.-H., 72 Ma, J., 44, 71, 75, 87, 90 Medard, M., 61 Moonen, M., 51 Ma, Y., 75, 81, 85 Medina, C., 65 Moraitis, N., 73 Maccari, L., 46, 89 Medina, D., 40 Morelle, M., 60 Maccherani, E., 56 Medina, R. Gamboa, 90 Moretti, M., 80 MacGregor, M., 62 Meehan, T., 67 Mori, T., 58 MacGregor, M. H., 42 Mehanna, O., 52 Morikura, M., 87 Machado, M. do Val, 41 Mehrjoo, M., 76, 85 Morillo-Pozo, J., 71 Maciocco, C., 91 Mehrpouyan, H., 75 Mota, J. C. M., 65 MacKenzie, A., 85 Mehta, A., 41 Mouftah, H., 86, 87 MacKenzie, R., 64 Mehta, N., 74 Mouftah, H. T., 91 Madhukumar, A. S., 66, 68 Mehta, N. B., 53 Mucchi, L., 47 Madiseh, M. G., 45 Melervey, R., 92 Muhaidat, S., 77 Maes, J., 51, 68, 70 Mellia, M., 55, 57 Mukherjee, B., 59, 61, 64 Magalhaes, K., 47 Mellouk, A., 56 Mukherjee, S., 55 Maharaj, B. T., 79 Menci, S., 40 Mukherji, U., 40 Mahasukhon, P., 91 Mendenhall, M., 46 Mullins, B., 45 Maheshwari, H., 41 Menezes, B., 49 Murakami, K., 57 Mahinthan, V., 85 Meng, K., 49 Murphy, C. C., 68 Mahmoud, H. A., 66 Meng, L., 60 Murthy, C. S. R., 61, 85, 90 Mahmoud, M., 45, 48 Mengali, U., 73 Murthy, S., 43, 61 Mahonen, P., 91 Menna, F., 58 Musavian, L., 53 Maier, M., 60 Mennenga, B., 69 Musbah, M., 68 Mainimaran, G., 47 Mensing, C., 83 Muscariello, L., 58 Maiya, S., 78 Menth, M., 58, 59, 63 Mushtaq, M., 70 Majjigi, V., 81 Meo, M., 55, 64 Mutsuura, K., 40 Makrakis, D., 91 Merchant, S. N., 42, 81 Muñoz, O., 74, 80 Mallat, A., 66, 84 Mertins, A., 82 Myllylä, M., 67 Mallik, R., 77 Mestre, X., 82 Mähönen, P., 71 Mallik, R. K., 54 Miao, G., 54, 78 Mämmelä, A., 80 Malm, H. von, 78 Miao, W., 75 Médard, M., 51 Malouch, N., 91 Micheli, G. De, 42 Mérida-Campos, C., 55 Man, H., 48 Miki, T., 60 Möller, S., 63 Manchón, C. Navarro, 69 Milanesio, M., 46 Müller, A., 83 Manikas, A., 79 Miller, R., 86, 91 Müllner, R., 81 Mannor, S., 70 Milleth, J. Klutto, 82 Manoj, B. S., 71, 85 Milliner, D. L., 67 Naegele-Jackson, S., 63 Manousakis, K., 61 Min, G., 65 Nafie, M., 66 Mansoor, Q., 40 Minami, K., 64 Nagaraj, S., 44 Mao, S., 90 Mingardi, C., 72 Nahrstedt, K., 44, 64 Marchenko, M. A., 64 Mini, R. A. F., 41 Nair, K. P. K., 43 Marchese, M., 42 Miniutti, D., 73 Nair, S., 48 Mare, K. P., 79 Miri, A., 46 Nakamura, M., 60 Mark, J. W., 85 Mirkovic, J., 46 Nallanathan, A., 67, 68, 76 Marmol, F. G., 49 Misra, S., 64, 86, 87, 91 Nandy, S., 67 Marquezan, C. Cassales, 57 Misson, M., 41 Nappa, D., 48 Marsch, P., 53 Mita, S., 51 Nardelli, P., 41 Marshall, A., 40 Mittelbach, M., 69 Narula, P., 91 Marsic, I., 86 Mittelholzer, T., 70 Nasiopoulos, P., 64 Martel, C., 61, 64 Miura, R., 90 Nasir, Q., 48 Martin, D., 58 Miyajima, H., 87 Nasri, A., 80 Martin, P. A., 83 Miyake, Y., 46 Nassar, M., 48 Martin, R., 70 Miyazawa, M., 62 Nasser, N., 43 Martin, S., 44 Mneney, S. H., 68 Nayak, A., 70 Marvasti, F., 47, 51 Mo, R., 66, 72 Naït-Abdesselam, F., 47, 87, 88 Masouros, C., 67 Moayeri, N., 42 Ndih, E. D. Ngangue, 42 Masson, J. Le, 68, 69 Moazeni, S., 76 Negi, R., 79 Masternak, T., 56 Mochaourab, R., 69 Nekuii, M., 72 Masuda, A., 57 Modarres-Hashemi, M., 51 Nemoto, Y., 88 Matamoros, J., 80 Moezzi, K., 81 Neri, F., 57 Mathar, R., 51, 74 Mogensen, P., 69 Neville, S., 45

100100 List of Authors

Newell, A., 42 Ou, K., 56 Pietro, A. Di, 65 Newman, R., 47 Ouertani, M., 73 Pimentel, C., 53 Neyer, M., 61 Ouyang, Z., 58 Pinto, P., 57 Nezampour, A., 80 Ouzzif, M., 68, 70 Piri, E., 55, 63 Ng, C. T. K., 51 Oyerinde, O. O., 68 Pister, K., 41 Ng, S. X., 53, 76 Ozbek, B., 81 Pivit, F., 86 Ngo, Q.-T., 74 Ozdaglar, A., 51 Pizzi, S., 90 Nguyen, D. H. N., 66, 68, 82 Ozdemir, M. K., 66 Pleros, N., 60 Nguyen, G. H., 82 Pluntke, C., 59 Nguyen, H., 73 Pacharintanakul, P., 59 Poggioni, M., 89 Nguyen, H. H., 66, 68, 79, 82 Pad, P., 51 Polito, S. G., 46 Nguyen, K. C., 47 Padmanabhan, M. S., 82 Pollin, S., 74, 86, 90 Nguyen, T. T., 78 Pagano, M., 46, 64, 65 Pomalaza-Ráez, C., 70 Nguyen-Le, H., 75 Paier, A., 75 Pongthawornkamol, T., 44 Ni, P., 55 Pakravan, M. R., 91 Pons, J., 80 Ni, W., 42 Pan, J., 58 Poor, H. V., 45 Niccolini, S., 55, 56, 58 Pan, Y.-C., 56 Popovski, P., 72 Nie, C., 89 Pan, Z., 64 Porta, T. La, 92 Nie, P., 49 Pancaldi, F., 44, 83 Powers, E. J., 67 Niemegeers, I., 86 Pang, D., 72, 87 Pozidis, H., 70 Nikolaidis, I., 88 Panwar, S., 89 Prakash, R., 74, 90 Ning, H., 50 Pao, D., 49 Prasad, N., 52 Nishida, M., 57 Paolini, E., 79 Prasad, R. V., 86 Niu, K., 77 Paolucci, F., 64 Premkumar, A. B., 68 Niu, M., 60 Papazafeiropoulos, A., 73 Procissi, G., 65 Niu, Z., 83, 86 Parisi, A., 56 Prokkola, J., 63 Niyato, D., 42, 87 Park, C. S., 79 Pu, J., 88 Nobre, J. C., 57 Park, E. K., 43 Pu, J.-W., 78 Nordholm, S., 54 Park, H., 67 Pujolle, G., 43 Nordio, A., 66 Park, H. J., 78 Pupolin, S., 52 Nossek, J., 75, 77, 80 Park, J., 67, 71, 83 Purkayastha, P., 44 Nossek, J. A., 51 Park, K.-H., 77 Purzynski, C., 86 Nourbakhsh, E., 90 Park, S.-H., 74, 84 Pätzold, M., 81 Nousiainen, J., 40 Parviainen, R., 84 Pérez-Romero, J., 81, 83 Novo, D., 67 Passas, N., 89 Nsenga, J., 74, 84 Pastrone, C., 83 Qaisar, S., 44 Nunzi, G., 57 Pasupathy, S., 81 Qi, J., 67 Nuutinen, J.-P., 84 Patel, A. N., 60 Qi, Y., 78 Nygard, K., 57 Pattavina, A., 61 Qian, Y., 42, 46, 75, 88, 90 Núñez, V., 54 Paul, S., 57, 58 Qiao, D., 51 Pauli, V., 77 Qiao, Y., 60 O’Driscoll, C., 68 Paulraj, A., 73 Qin, T., 49 O’Farrell, T., 64 Pavlidou, F.-N., 43 Qin, Y., 61 O’Mahony, N., 68 Pavlou, G., 57 Qiu, J., 60 Obaidat, M. S., 64, 86, 91 Pazzi, R. W., 70 Qiu, R., 73 Obana, S., 41, 90 Peeters, M., 51, 68, 70 Qiu, Y., 47 Ochi, H., 75 Peh, E. C. Y., 76 Quan, Z., 65 Ochiai, H., 65, 72 Peh, H. H., 79 Odejide, O. O., 69 Pelizzoni, C., 74 Rachuri, K. K., 90 Odou, S., 44 Peng, B., 41 Radha, H., 44 Oechtering, T. J., 50, 53 Peng, K., 75 Radhakrishnan, R., 70 Oestges, C., 66 Peng, R., 68 Radosavac, S., 46 Ogaki, K., 59, 62 Peng, R.-H., 54 Raghavendra, M. R., 67 Oguz, O., 66 Peng, X.-H., 55 Rahman, A., 42 Oh, J., 49 Peng, Y., 61 Rahman, M., 75 Oh, S. W., 66, 67, 72 Penna, F., 83 Rahman, M. A., 91 Ohlmer, E., 67 Pentikousis, K., 55 Rahman, Q., 61 Ohtsuki, T., 74 Perez, G. M., 49 Raines, R., 45 Oikonomou, G., 46 Perino, D., 58 Rajabzadeh, M., 68 Oka, A., 40 Perre, L. Van Der, 67 Rajan, B. S., 53, 72 Okada, H., 40 Perre, L. Van der, 67, 86 Rajasekaran, H., 49 Okamoto, S., 57 Perron, E., 50 Rajatheva, N., 71 Oki, E., 57, 60 Perälä, P. H. J., 63 Rajore, R., 67 Olariu, S., 40 Pescosolido, L., 71 Ramamoorthy, A., 54 Olesinski, W., 58 Petraki, D., 89 Ramamurthi, B., 82 Olteanu, A., 45, 90 Petrella, A., 75, 77 Ramamurthy, B., 58, 61 Omer, M., 82 Petrioli, C., 44 Ramaswami, V., 55 Onguetou, D., 59 Peña, N. M., 90 Ramli, N. B., 66 Onguetou, D. P., 59 Pham, D.-M., 68 Ramon, V., 67, 74, 84 Ooms, W., 57 Pham, T. T., 79 Randhawa, T., 90 Oppedisano, F., 65 Pham, T.-H., 67 Ranieri, A., 58 Orlik, P., 75 Phan, K. T., 78 Ranjbar, M. R. N., 52 Osais, Y., 42 Phan, R. C.-W., 47 Rao, B. D., 43 Ota, Y., 40 Phelps, C., 42 Rao, R., 71, 85 Otani, T., 59, 62 Phillips, C., 44 Rao, S., 73 Othman, G. Rekaya-Ben, 68 Piesiewicz, R., 71 Rass, S., 47

101 List of Authors

Ratnarajah, T., 67 Sahraeian, S. M. E., 47 Serpedin, E., 40 Ravindran, K., 49 Sahu, K., 90 Serrat, J., 55 Ray, S., 89 Sahuguede, S., 60 Sethi, A., 75 Raychaudhuri, D., 57 Sajadieh, M., 82 Sethuraman, V., 73 Rayes, A., 56 Sakai, K., 92 Seyedi, A., 44 Razi, A., 73 Sakakibara, K., 41 Sha, H., 46 Re, E. Del, 47 Saleet, H., 70 Shafi, M., 78 Read, H., 45 Saleh, A., 91 Shah, V., 74 Reali, G., 56 Saleh, H. Abou, 87 Shah-Mansouri, H., 40, 91 Redlich, J.-P., 87 Salem, M., 75 Shahbazpanahi, S., 66 Reichl, P., 64 Salem, R. H. A., 68 Shahriar, A., 92 Rein, K., 70 Salgarelli, L., 47 Shalash, A., 66 Reising, D., 46 Salhi, I., 70 Shamai, S., 45 Ren, J., 45 Salih, O. S., 73 Shami, A., 90 Ren, P., 43 Sallent, O., 81, 83 Shan, H., 86 Ren, S., 72 Salmon, B. P., 79 Shao, H., 82 Ren, Y., 90 Salti, T. El, 43 Shao, X., 83 Resta, G., 44 Sameer, S., 86 Sharafeddine, S., 85 Retnasothie, F. E., 66 Sampaio-Neto, R., 65 Sharif, B., 76 Rezende, C., 70 Samtani, S., 89 Sharif, H., 44, 88, 91 Rhodes, B., 70 Sand, S., 83 Sharma, G. V. V., 81 Riaz, R. A., 76 Saniee, I., 71 Sharma, M., 70 Ribeiro, C., 78 Santamaría, I., 69 Sharma, V., 40 Ricardo, M., 57 Santi, P., 44 Shayan, Y., 84 Ricklin, N., 54 Santin, A. O., 47 Shayegh, F., 79 Riemensberger, M., 51 Santoro, N., 43 She, F., 62, 67 Riihijärvi, J., 71 Santos, G. G. B., 55 Shehab, M., 46 Rizomiliotis, P., 48, 54 Santucci, F., 44 Shen, C., 46 Rodda, D., 73 Saoudi, S., 68 Shen, C.-H., 47 Rodelgo-Lacruz, M., 59 Saquib, M., 58 Shen, X., 40, 44, 45, 48, 76, 81, 85–87, Rodrigues, M., 53, 78 Saraireh, S., 48 90 Rodriguez, V., 51 Sarker, J., 86 Sheng, Z., 78, 89 Rom, C., 69 Sarkis, G., 70 Shenoy, S. P., 68 Rong, B., 88 Sarwar, G., 89 Shi, C., 53, 54 Rong, Y., 82, 84 Sasase, I., 68 Shi, J., 72, 87 Ronga, L. S., 47 Satoh, D., 63 Shi, L., 57 Ros, L., 66 Sauer, C., 64 Shi, Z., 46 Rosa, S. R. A. dos Santos, 60 Sauer, M., 79 Shimizu, K., 60 Rosberg, Z., 62 Savoie, M., 60, 61 Shimizu, S., 57 Roseti, C., 88 Sayed, S., 85 Shimonishi, H., 57 Rosi, M., 46 Sayrac, B., 57, 71 Shinohara, Y., 57 Rossberg, M., 46 Scalia, L., 92 Shiomoto, K., 57, 60 Rossetto, F., 43 Schade, U., 70 Shorten, R., 62 Rossi, D., 55, 58 Schaefer, G., 46 Shu, W., 60 Rost, P., 50 Schartner, P., 47 Shu, Y., 42, 88 Rothermel, K., 55 Scherpelz, P., 61 Shue, C., 47 Rougier, J.-L., 63 Schilcher, U., 52 Si, J., 48, 90 Roumy, A., 52 Schiller, E., 43 Si, P., 63, 91 Rouskas, G. N., 56 Schiphorst, R., 83 Siegl, C., 54 Roy, S., 43 Schlegel, C., 44 Siew, C. K., 61 Roy-Chowdhury, A., 48 Schmeink, A., 74 Signell, S., 83 Rozycki, P., 64 Schmidt, A.-D., 46 Sinanovic, S., 73 Ruan, L., 60 Schmidt, D. A., 53 Singh, I., 64 Rubio-Loyola, J., 55 Schmidt, H.-G., 46 Singh, J. P., 91 Rui, Y., 76 Schober, R., 51, 73, 79–81, 83, 88 Singh, S., 87 rungnes, A. Hjø, 86 Schonfeld, D., 74 Siokis, A., 60 Russell, C., 62 Schroeder, C., 67 Sithamparanathan, K., 71 Ruyet, D. Le, 81 Schubert, M., 52 Siti, M., 80 Ryan, D., 77 Schulzrinne, H., 91 Sivakumar, G., 49 Ryan, D. J., 73 Schupke, D., 59 Sivakumar, M., 60 Ryoo, S., 90 Scicchitano, A., 64 Sivanesan, K., 79 Ryu, H.-G., 82 Sebbah, S., 59 Sivaraman, V., 62 Röhricht, M., 58 Seddik, K., 78 Slock, D. T. M., 68 Sediq, A. Bin, 78 Slump, C., 69 Saad, E., 77 Seedorf, J., 57 Slump, C. H., 83 Saad, W., 85, 86 Seifi, N., 77 Smith, C., 64 Sabourin, R., 46 Sellathurai, M., 68 Smith, D., 73, 80 Saddemi, G., 63 Sen, A., 43, 61 Smith, K., 46 Sadjadpour, H. R., 43, 50 Senaratne, D., 78 Smith, P. J., 50, 78 Sadler, B., 73 Sengupta, C., 58 Sneessens, H., 81 Sadok, D. H. F., 55 Senouci, S.-M., 70 Snyder, M. E., 64 Sadough, S. M., 78 Senst, M., 83 Soh, W.-S., 51 Saengudomlert, P., 89 Sentieys, O., 74 Sohn, I., 79 Safaei, F., 88 Seo, W.-K., 89 Soldati, P., 75 Sagduyu, Y. E., 51 Serafimovski, N., 73 Soleymani, M. R., 74, 79 Sahalos, J., 89 Sergi, S., 44, 83 Soltanolkotabi, M., 51

102102 List of Authors

Somasundaram, K., 44 Tafazolli, R., 74, 78 Truong, D., 69 Somekh, O., 45 Tajer, A., 52 Truong, K. T., 50 Song, B., 53 Takahara, G., 84 Tsagkaris, K., 60 Song, H., 41 Takahashi, T., 88 Tsai, C.-H., 51, 55 Song, J.-H., 70 Takizawa, K., 41, 73 Tsai, J., 91 Song, L., 63, 67, 89 Talbar, S. N., 47 Tsai, M.-J., 47 Song, M., 43 Taleb, T., 43, 88, 89 Tsamis, D., 62, 91 Song, W., 91 Talmola, P., 84 Tse, C. K., 54 Soong, A., 71 Talwar, S., 54, 78 Tselikas, N., 60 Soret, B., 52 Tam, W. P., 52 Tseng, H.-R., 48 Sorge, C., 57 Tamboli, N., 40 Tseng, P.-H., 57 Sorour, S., 76, 82 Tamma, B. R., 71, 85 Tseng, Y.-C., 57 Sotiropoulos, G., 91 Tan, S., 69 Tsetsinas, I., 43 Souihli, O., 74 Tanahashi, M., 65 Tsiaflakis, P., 51 Souryal, M., 76 Tanda, M., 75, 77 Tsiftsis, T., 60 Sousa, E., 92 Tandon, R., 50 Tsimenidis, C., 76 Souza, R. de, 75 Tang, C.-J., 77 Tuan, H. D., 66, 79, 82 Speidel, J., 68, 83 Tang, H., 88 Tuffin, B., 88 Spirito, M. A., 83 Tang, J., 42, 46, 85 Tufvesson, F., 75 Spyropoulos, I., 41 Tang, S., 90 Tulino, A., 66 Srinath, K. P., 53 Tang, Y., 49 Tulino, A. M., 52 Srinivasan, A., 44 Taniguchi, T., 66 Tuninetti, D., 74 St-Hilaire, M., 42 Tanuma, H., 60 Turkiyyah, G., 90 Stankovic, L., 80 Tao, M., 51, 77, 89 Tzeng, W.-J., 55 Stankovic, V., 80 Tao, X., 82 Stanojevic, R., 62 Tao, Z., 81 Ußmüller, T., 67 State, R., 48 Tapio, J.-M., 49 Uchitomi, N., 40 Steen, M. van, 44 Tapse, H., 73 Uludag, S., 64 Steenkiste, P., 57 Tarkoma, S., 49 Uludag, Z. E., 64 Stefanatos, S., 76 Tarokh, V., 72, 80, 81 Ulukus, S., 50 Stefanovic, C., 54 Tartarelli, S., 58 Umehara, D., 87 Steinmetz, R., 58 Tassiulas, L., 88 Urushidani, S., 60 Stier, M., 55 Taylor, D. P., 83 Utschick, W., 51, 53, 67, 69, 83 Stihler, M., 47 Telatar, E., 50 Uysal, M., 60 Stojanovic, M., 51 Tellambura, C., 74, 78 Stojmenovic, I., 43 Temple, M., 46, 82 Valaee, S., 76, 82 Stupia, I., 74 Teng, Y., 76 Valcarenghi, L., 64 Su, H., 87 Tennina, S., 44 Valentin, S., 78 Su, H.-J., 77 Terasawa, M., 57 Valin, J.-M., 77 Su, Y. T., 66 Thakur, M., 64 Valls, J. Vilá, 66 Subbalakshmi, K. P., 71 Tham, C.-K., 87 Van, V. Tam, 51 Subrahmanya, P., 73 Thanawala, R., 44 Vandendorpe, L., 50, 51, 66, 68, 73, Subramaniam, S., 59, 61 Theoleyre, F., 43 74, 81, 84 Sucec, J., 89 Thiele, L., 75 Vargas, A., 73 Suda, T., 44 Thillo, W. Van, 74, 84 Varvarigos, E., 61 Suehiro, N., 54 Thomas, T., 83 Vasic, B., 70 Sugiura, S., 72 Thompson, J., 84 Vasilakos, A., 74, 89 Sugiyama, T., 87 Thulasiraman, P., 86 Velipasalar, S., 51 Sultan, A., 50, 52 Tian, C., 90 Venkatesan, R., 90 Sulyman, A., 84 Tian, H., 47 Venkatesan, S., 90 Sum, C.-S., 91 Tian, K., 87 Venkatesh, T., 61 Sun, B., 64 Tian, L., 72, 87 Venturi, D., 92 Sun, C., 79 Tie, L. T., 67 Venus, V., 63 Sun, L., 63 Timmers, M., 86 Veres, A., 55 Sun, M.-T., 92 Tin, N., 76 Verikoukis, C., 86 Sun, S., 50, 79 Tinnirello, I., 92 Verma, K., 86, 91 Sun, Y., 40, 55, 92 Tipper, D., 47, 59 Verma, M., 87 Sun, Y. S., 56 Tirkkonen, O., 76, 78 Veyseh, M., 43 Sun, Z., 73, 88 Tiwana, M. I., 57 Vhaduri, S., 42 Sundaram, R., 64 Tjhung, T. T., 79 Via, A., 89 Sung, D. K., 91, 92 Tode, H., 57 Vidal, J., 74, 80 Supittayapornpong, S., 89 Todini, A., 92 Vidales, P., 63 Sutherland, I., 45 Todorova, P., 41 Vien, N., 73 Sutton, G., 91 Tomasoni, A., 80 Viering, I., 75, 77 Suzuki, M., 64 Tomkos, I., 61 Villamarin-Salomon, R., 55 Suzuki, R., 41 Tooher, P., 74 Vinhoza, T., 65 Svensson, A., 53 Tornatore, M., 61 Vinod, R., 82 Syvridis, D., 48 Tosato, F., 51 Vitetta, G. M., 44, 83 Szabó, G., 55 Toto-Zarasoa, V., 52 Vitucci, F., 65 Szczecinski, L., 53, 54 Trabelsi, Z., 47 Vlachos, K., 60, 61 Sze, W.-K., 64 Tran, L. C., 82 Vleeschauwer, D. De, 63 Szymanski, B. K., 41 Tran, N. H., 73 Vorkoeper, S., 50 Sørensen, M., 65 Triantafyllopoulou, D., 89 Vorobyov, S., 84 Sørensen, T., 69 Trivellato, M., 41 Vorobyov, S. A., 75, 78 Truhachev, D., 44 Vouyioukas, D., 73 Tabatabaee, V., 44 Trullols-Cruces, O., 71 Vrigneau, B., 74

103 List of Authors

Vucetic, B., 76, 81 Wolfgang, A., 77 Yang, K., 43 Vukobratovic, D., 54 Wong, B., 85 Yang, L., 73, 76 Vía, J., 69 Wong, K. K., 77 Yang, L.-L., 69 Völker, L., 58 Wong, K.-K., 53 Yang, O., 88 Wong, V. W. S., 70, 88 Yang, W., 48 Wada, T., 40 Wong, V. W.S., 51 Yang, W.-H., 57 Wagner, J., 81 Wong, W.-C., 79 Yang, X., 59, 61, 83 Waharte, S., 89 Woolf, P., 48 Yang, Y., 47, 72, 76, 78, 83, 85, 92 Wahibi, I., 68 Wu, C.-C., 58 Yang, Y.-H., 77 Walkenhorst, B., 79 Wu, C.-H., 68 Yang, Z., 43, 75 Walkenhorst, B. T., 77 Wu, D., 44, 88 Yanikomeroglu, H., 75 Wallace, J., 49 Wu, F., 72 Yao, D., 77 Wallentin, L., 64 Wu, G., 79 Yao, W., 69, 89 Walraven, F., 57 Wu, H.-S., 46 Yao, Y., 76 Wan, S., 42 Wu, J., 43, 44, 60, 61, 85 Yao, Y.-D., 80 Wang, A., 41 Wu, K., 90 Yasen, W., 89 Wang, B., 85 Wu, L., 77 Yasukawa, K., 91 Wang, C., 40, 56, 57, 64, 88 Wu, M., 60 Yazdi, A. A., 76 Wang, C.-L., 42 Wu, Q., 57 Yazdi, A. Alamdar, 82 Wang, C.-W., 71 Wu, S.-H., 66 Ye, X.-M., 70 Wang, C.-X., 73, 74, 82, 84 Wu, T., 67 Yeh, P.-C., 41 Wang, D., 60, 76 Wu, X., 56, 70, 77 Yener, A., 50 Wang, G., 44 Wu, Y., 47, 52, 81, 86, 87 Yeow, W.-L., 87 Wang, H., 42, 48, 55, 73, 77, 86 Wu, Y.-C., 40 Yeung, K. L., 85 Wang, J., 43, 46, 49, 61, 62, 75, 88, 91 Wu, Z., 81, 84, 89 Yi, H., 76, 83 Wang, J. C.-P., 88 Wyrembelski, R. F., 50, 53 Yi, Y., 51 Wang, K.-J., 62 Wältermann, M., 63 Yilmaz, M., 61 Wang, L., 48, 61, 65 Wübben, D., 75 Yilmaz, P., 61 Wang, L.-C., 71 Yim, R., 74, 77 Wang, M., 49 Xi, K., 48 Yin, C., 50 Wang, M. Z., 54 Xia, M., 61 Yin, H., 64 Wang, N., 57 Xia, Q., 88 Yin, Q., 73 Wang, P., 42, 46, 49 Xia, X.-G., 73 Ying, C., 83 Wang, Q., 44, 54, 67 Xiang, J., 86, 89 Yiu, C., 87 Wang, R., 83, 88, 91 Xiang, K., 58 Ylitalo, J., 84 Wang, S., 87 Xiang, Y., 85 Yokoyama, K., 48 Wang, S.-H., 83 Xiao, C., 53 Yolken, B., 62 Wang, T., 44, 57 Xiao, H., 83 Yomo, H., 41 Wang, T.-Y., 78 Xiao, J., 58, 79 Yongacoglu, A., 73 Wang, W., 74, 77, 78, 81, 91 Xiao, P., 64, 68 Yoshihiro, T., 41 Wang, X., 41, 44, 48, 49, 52, 62, 79, Xiao, Y., 40, 41, 45, 75, 90 You, X., 77 81, 85, 90, 91 Xie, C., 60 Younis, M., 40, 45, 86 Wang, Y., 48, 49, 64, 67, 79, 81, 82, 90 Xie, G., 55 Yousefi’zadeh, H., 58 Wang, Y.-C., 57 Xie, J., 58, 64 Youssef, M., 44 Wang, Z., 41, 50, 86 Xie, L., 86 Yu, A. Y. C., 55 Wapf, A., 76 Xin, Q., 89 Yu, C.-H., 78 Weber, S., 50, 53 Xiong, C., 79, 86 Yu, F. R., 41, 42, 63, 91 Weber, T., 77 Xiong, C.-L., 77 Yu, H., 85 Weerasinghe, N., 79 Xiong, H., 63, 67 Yu, R., 89 Wehrle, K., 48, 65 Xiong, S., 44 Yu, Y., 79 Wei, A., 52 Xu, A., 75 Yuan, B., 58 Wei, J.-B., 77 Xu, H., 73 Yuan, D., 62 Wei, X., 77 Xu, K., 48 Yuan, J., 73 Wei, Xi, 92 Xu, L., 41, 56, 58 Yuan, W., 87 Weichenberg, G., 61 Xu, M., 91 Yuan-Wu, Y., 82 Weidert, C., 61 Xu, T., 56 Yue, L., 79 Weigel, R., 67 Xu, W., 67 Yue, O.-C., 64 Weingärtner, E., 65 Xu, X., 58, 82 Yum, T.-S. P., 92 Wellens, M., 71 Xu, Y., 56 Yun, M., 91 Werff, M. van der, 57 Xue, D., 61, 85 Yun, R., 83 Werle, C., 58 Xue, G., 85, 87 Yüksel, K. A., 46 Werner, M., 89 Xue, Y., 56 Wesel, R. D., 54 Xun, Z., 56 Zaghloul, S., 86 Westphal, C., 50 Zaidi, A., 50, 66 Whiting, P., 51 Yacoub, M. D., 75 Zakharov, Y., 65 Wicker, S., 43 Yamada, S., 60 Zaki, A., 72 Widmer, J., 50 Yamagami, T., 70 Zamiri-Jafarian, H., 68, 74 Willmott, S., 55 Yamanaka, N., 57 Zampognaro, F., 88 Win, M. Z., 53 Yamazato, T., 68 Zander, J., 71 Winters, J., 79 Yan, J., 56 Zandipour, M., 70 Winters, J. H., 54 Yan, Y., 44 Zanella, A., 89 Wittevrongel, S., 63 Yang, C., 71 Zanero, S., 49 Wittneben, A., 81 Yang, D., 81 Zarifi, K., 66 Wolf, T., 57, 64 Yang, F., 89 Zarrad, A., 42 Wolff, R., 85 Yang, G.-C., 51, 60 Zarrin, S., 52 Wolff, R. S., 42 Yang, J., 52, 66 Zayen, B., 71

104104 List of Authors

Zeidler, J. R., 41, 54 Zhang, X.-Y., 77 Zhou, K., 47 Zeineddine, H., 61 Zhang, Y., 57, 64, 76, 86, 89 Zhou, L., 81 Zeitler, G., 50 Zhang, Y. J., 53, 80 Zhou, M., 82 Zemen, T., 75 Zhang, Z., 41, 43, 47, 64 Zhou, N., 79 Zeng, H., 92 Zhao, C., 77 Zhou, S., 75, 83 Zeng, K., 43 Zhao, D., 85, 91 Zhou, T., 91 Zeng, M., 52 Zhao, G., 71 Zhou, X., 71 Zeng, X. N., 66 Zhao, H., 87 Zhou, Y., 64, 91 Zeng, Y., 66, 72 Zhao, K., 49 Zhou, Z., 55 Zhai, H., 76 Zhao, M., 75 Zhang, A., 46 Zhao, R., 76 Zhu, B., 54 Zhang, B., 44, 87 Zhao, S., 62, 74 Zhu, C., 92 Zhang, C., 58, 85 Zhao, T., 71 Zhu, H., 67 Zhang, D., 87 Zhao, Y., 43, 52, 55, 71 Zhu, S., 82 Zhang, G., 41, 58 Zhao, Z., 44, 87 Zhu, X., 56, 68, 79 Zhang, H., 62, 82 Zhen, B., 41 Zhu, Y., 60 Zhang, J., 40, 42, 44, 52, 61, 73, Zheng, D., 80 Zhu, Z., 67 75–77, 80–82, 86, 92 Zheng, K., 55, 74 Zhuang, W., 86, 91 Zhang, J. Y., 60, 61 Zheng, R., 41 Zidan, M., 44 Zhang, L., 42, 45, 85, 87 Zheng, X., 54 Zitterbart, M., 58 Zhang, M., 80 Zheng, Y., 75 Ziviani, A., 41 Zhang, P., 73 Zheng, Y. R., 53 Zlatanov, N., 80 Zhang, Q., 41–43, 63, 76, 81, 85, 91 Zheng, Z., 61, 92 Zorba, N., 86 Zhang, Q. T., 52 Zhi, C., 82 Zhang, R., 44, 52, 79, 83, 89 Zhong, C., 76, 77 Zorzi, M., 43, 71, 85 Zhang, T., 46 Zhong, Z., 82 Zou, H., 69 Zhang, W., 57, 60, 89 Zhou, C., 76 Zou, J., 63 Zhang, X., 41, 43, 49, 52, 55, 78, 79, Zhou, F., 46 Zou, L., 52 81, 83, 87, 92 Zhou, G. T., 77 Zubow, A., 87 Zhang, X. J., 50 Zhou, J., 87 Zöls, S., 58

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List of Workshops ...... 108 Second International Workshop on Multiple Access Communications ...... 109 First International Workshop on Medical Applications Networking ...... 110 2009 IEEE Vehicular Networking & Applications Workshop ...... 112 Workshop on Cooperative Mobile Networks 2009 ...... 113 2009 Joint Workshop on Cognitive Wireless Networks and Systems - Cognitive Radio Networking 114 First International Workshop on Green Communications ...... 115 International Workshop on LTE Evolution ...... 116 Next Generation Public Safety Communication Networks and Technologies ...... 118 International Workshop on Synergies in Communications and Localization ...... 119 International Workshop on the Network of the Future 2009 ...... 120 List of Authors ...... 122

107 Workshops

W01: Second International Workshop on • Petri Mahonen, RWTH Aachen Multiple Access Communications • Ingo Gaspard, Deutsche Telekom Laboratories Room: Saal 1 • Alexey Vinel, Russian Academy of Science W06: First International Workshop on Green • Adolf Finger, Technische Universität Dresden Communications • Vladimir Vishnevsky, Room: Saal 5&6 Russian Academy of Science • Jürgen Quittek, NEC Europe Ltd. • Felix Taubin, Saint-Petersburg State • Robert Saracco, Telecom Italia University of Aerospace Instrumentation • Ken Christensen, University of South Florida • Ernesto Zimmermann, Technische Universität W02: First International Workshop on Medical Dresden Applications Networking Room: Saal 2 W07: International Workshop on LTE Evolution • Joel Rodrigues, Institute of Room: Saal 2 Telecommunications & University of Beira • Holger Boche, Heinrich-Hertz-Institut Interior • Zhongrong Liu, T-Mobile • Pascal Lorenz, University of Haute Alsace • Ralf Irmer, Vodafone R&D • Tsong-Ho Wu, Telcordia Technologies • Patrick Marsch, Technische Universität Dresden W03: 2009 IEEE Vehicular Networking & Applications Workshop W08: Next Generation Public Safety Room: Saal 3 Communication Networks and Technologies • Russell Hsing, Telcordia Technologies Room: Saal 3 • C.K. Toh, University of Hong Kong • Thomas Engel, Universite du Luxembourg • Daniel Wong, 3G Wireless and Software • Latif Ladid, President IPv6 Forum • Adrian Boukalov, Universite du Luxembourg W04: Workshop on Cooperative Mobile Networks 2009 W09: International Workshop on Synergies in Room: Saal 4 Communications and Localization • F. Fitzek, Aalborg University Room: Saal 3&4 • M. Katz, VTT • Ronald Raulefs, German Aerospace Center (DLR) W05: 2009 Joint Workshop on Cognitive • Marco Luise, University of Pisa Wireless Networks and Systems - Cognitive • Simon Plass, Xcitec GmbH Radio Networking Room: Saal 5 W10: International Workshop on the Network • Panagiotis Demestichas, of the Future 2009 University of Piraeus Room: Saal 1 • Ignas Niemegeers, • N. Niebert, Ericsson Delft University of Technology • R. Winter, NEC • Joseph Evans, University of Kansas • M. Presser, University of Surrey • Matthias Siebert, T-Mobile International • Didier Bourse, Motorola • Victor Leung, University of British Columbia • Hiroshi Harada, NICT • Przemyslaw Pawelczak, Delft University of Technology • R. Venkatesha Prasad, Delft University of Technology

108 MACOM

• cdma2000 1x Rev. E Forward Link Voice Second International Workshop Capacity Y. Jou, P. Black, Q. Wu, R. Attar, W. Zhao, on Multiple Access B. Ahuja, J. Han (Qualcomm)

Communications • Adaptive Equalization at HSDPA Symbol Level A. Bastug (VESTEK Electronics), A. Ancora (ST-NXP Wireless), D. T. M. Slock Date: Sunday, 14 June 2009 (Eurecom Institute) Room: Saal 1 Organizers: • On Frame Synchronization for Multiple Access Channels � Alexey Vinel, Russian Academy of Science D. Shen (Massachusetts Institute of Technology), W. Zhang (NEC Europe Ltd.), D. P. Reed, � Adolf Finger, Technische Universität Dresden A. B. Lippman (Massachusetts Institute of Technology) � Vladimir Vishnevsky, Russian Academy of Science • Resource Allocation and Scheduling in FDD Multihop Cellular Systems � Felix Taubin, Saint-Petersburg State University of R. Schoenen, A. Otyakmaz Aerospace Instrumentation (RWTH Aachen, FB6, ComNets), Z. Xu (Nokia) Program MAC Layer Protocols Chair: Alexey Vinel PHY-Techniques / Cross-Layer Techniques Start time: Sun, 14 Jun, 2:00 pm Chair: Adolf Finger Start time: Sun, 14 Jun, 9:00 am • Invited talk: "Advanced Features of Quality Achievement in Next Generation 802.11 WLANs" • Invited talk: "Maximizing Admissions and Y. Koucheryavy (Tampere University of Throughput in Opportunistic Interference Technology) Networks" J. Thomas (University of Maryland) • Traffic Prioritization for Carrier Sense Multiple Access with Enhanced Collision Avoidance • On Error Probabilities for DS-CDMA/MRC in J. Barcelo, B. Bellalta, C. Cano, A. Sfairopoulou, Frequency Selective Nakagami Fading M. Oliver, J. Zuidweg M. A. Rahman (National Institute of Informa- (Universitat Pompeu Fabra) tion and Communications Technology), S. Sasaki (Niigata University), J. Wang • Overall Delay Analysis of IEEE 802.16 Network (Tsinghua University), T. Baykas, C. S. Sum, S. Andreev (Saint-Petersburg State Univer- R. Funada, H. Harada, S. Kato sity of Aerospace Instrumentation), Z. Saffer (National Institute of Information and Communi- (Budapest University of Technology and Eco- cations Technology) nomics), A. Anisimov (State University of Aerospace Instrumentation) • Capacity Analysis of Downlink MIMO-OFDMA Resource Allocation with Resource Wise 1-bit • Analytical Model of Single-hop IEEE 802.15.4 Feedback Data Aggregation in Wireless Sensor Networks J. Leinonen (University of Oulu), J. Hämäläinen X. Li, D. K. Hunter (University of Essex) (Teknillinen Korkeakoulu (TKK)), M. Juntti (University of Oulu) • Evaluation of Medium Access Technologies for Next Generation Millimeter-Wave WLAN and • Superposition-Coding Aided Multiplexed Hybrid WPAN ARQ Scheme for Improved Link-layer C. Cordeiro (Intel Corporation) Transmission Efficiency R. Zhang, L. Hanzo • Performance Analysis of Sleep Mode Operation (School of ECS, University of Southampton) for IEEE 802.16m Advanced WMAN S. Baek (Korea University, Korea), J. J. Son • On the Performance of a FH-MC-CDMA System (Samsung Electronics, Korea), B. D. Choi D. S. Osipov (IITP RAS) (Korea University)

• A Multi-User Multi-Rate OFDMA Transmission • Performance Analysis of IEEE 802.15.4 System based on Orthogonal Subcarrier Non-beacon Mode where Downlink Data Grouping Packets are Transmitted by Piggyback Method L. D’Orazio (Siemens S.p.A.), M. Panizza, J. S. Park (KT), T. O. Kim, K. J. Kim, B. D. Choi C. Sacchi (University of Trento) (Korea University)

• Multiuser MIMO-OFDMA with Different QoS • An Auction Mechanism for Channel Access in Using a Prioritized Channel Adaptive Technique Vehicle-to-Roadside Communications K. Hassan, G. Sidhu, W. Henkel K. Akkarajitsakul, E. Hossain (Jacobs University Bremen gGmbh) (University of Manitoba)

109 MAN

Queuing Systems Chair: Bong Dae Choi Start time: Sun, 14 Jun, 4:30 pm First International Workshop on • Invited talk: "Optimal traffic splitting in mobile Medical Applications Networking networks with concurrent access" R. van der Mei (Centrum voor Wiskunde en Informatica)

• Approximate Analysis for M/G/1-Polling System Date: Sunday, 14 June 2009 with Adaptive Polling Mechanism Room: Saal 2 V. M. Vishnevsky Organizers: (Institute for Information Transmission Prob- � lems of the Russian Academy of Sciences), Joel Rodrigues, Institute of Telecommunications A. N. Dudin, V. I. Klimenok & University of Beira Interior (Belarusian State University), O. V. Semenova, � Pascal Lorenz, University of Haute Alsace S. A. Shpilev (Institute for Information Transmission Prob- � Tsong-Ho Wu, Telcordia Technologies lems of the Russian Academy of Sciences)

• Queueing Model with Gated Service and Program Adaptive Vacations Welcome V. M. Vishnevsky, O. V. Semenova Start time: Sun, 14 Jun, 9:00 am (Institute for Information Transmission Prob- lems of the Russian Academy of Sciences), � J. Rodrigues (Institute of Telecommunications & A. N. Dudin, V. I. Klimenok University of Beira Interior) (Belarusian State University) � P. Lorenz (University of Haute Alsace) • Multi-User Queuing Analysis Considering AMC for Wireless VoIP Services � T.-H. Wu (Telcordia Technologies) H. Lee, D.-H. Cho (KAIST, Korea) Opening Start time: Sun, 14 Jun, 9:00 am

� A. T. Drobot (President Advanced Technology Solutions and Chief Technology Officer, Telcordia Technologies) e-Health Start time: Sun, 14 Jun, 9:55 am

• Design of SpO2 Non-Invasive System for Oxygen LevelSs´ Measurement Purpose Z. Dubcova, R. Hudec, M. Vestenicky (University of Zilina)

• Preserving Privacy in Assistive Technologies S. K. Goo, J. M. Irvine, I. Andonovic (University of Strathclyde), A. Tomlinson (RHUL, University of London) Medical Applications Start time: Sun, 14 Jun, 10:50 am

• A Fast Search Method for Encrypted Medical Data Y. Tian, H. Lei (NEC Labs China), L. Wang (Beijing University of Posts and Telecommunica- tions), K. Zeng, T. Fukushima (NEC Labs China)

• Effective Movement Classification for Context Awareness in Medical Applications Networking H. Hellbrück, H. Xin (University of Applied Sciences Lübeck), M. Lipphardt (University of Luebeck)

• Weight Clustering Histogram Equalization for Medical Image Enhancement N. Sengee, B. Bazarragchaa, T. Y. Kim, H. K. Choi (Inje University)

110110 MAN

• Computerized Renal Cell Carcinoma Nuclear • Medical and Home Automation Sensor Grading Using 3D Textural Features Networks for Senior Citizens Telehomecare T.-Y. Kim (George Washington University), S. Nourizadeh (Loria - MEDETIC), C. Deroussent H.-K. Choi (Inje University) (MEDETIC), Y. Q. Song, J. P. Thomesse (Loria)

• A Tunable System for Contact-less Heartbeat Special Panel on eHealth Priority R&D Areas Detection and a Modeling Approach Start time: Sun, 14 Jun, 4:30 pm D. Obeid (INSA-Rennes), S. Sadek (Lebanese University), G. Zaharia, G. El Zein � H.-C. Sim (National Library of Medicine, NIH) (INSA-Rennes) � S. Lee (Kyung Hee University) • Pilot Study on a Community-Based Ubiquitous � Healthcare System for Current and Retired J. Song (Tsinghua University) University Employees � K. Sezaki (University of Tokyo) M.-J. Su, H.-W. Zhang (National Taiwan University), Y.-J. Lin Closing (Centrol Taiwan University of Science and Tech- Start time: Sun, 14 Jun, 5:30 pm nology), Y.-H. Su (National HsinChu University of Education), � J. Rodrigues (Institute of Telecommunications & S.-J. Chen (National Taiwan University), University of Beira Interior) H.-S. Chen (National Taiwan University, Col- lege of Medicine) � P. Lorenz (University of Haute Alsace) Medical Communications � T.-H. Wu (Telcordia Technologies) Chair: Pascal Lorenz Start time: Sun, 14 Jun, 2:00 pm

• Wireless Sensor Networks in Intensive Care Units R. Silva, J. Sá Silva (University of Coimbra), Á. Silva (Instituto de Ciências Biomédicas Abel Salazar), F. Pinto (Portugal Telecom Inovação, Aveiro), M. Simek (Brno University), F. Boavida (University of Coimbra)

• Performance Evaluation of IEEE 802.15.4 for Wireless Body Area Network (WBAN) C. Li (Xidian University), H.-B. Li, R. Kohno (NICT)

• Fuzzy-logic Scheduling for Highly Reliable and Energy-efficient Medical Body Sensor Networks B. Otal, C. Verikoukis (Centre Tecnològic de Telecomunica- cions de Catalunya (CTTC)), L. Alonso (Universitat Politècnica de Catalunya (UPC))

• Path Selection Techniques for SCTP Multihoming K. Kamphenkel (Siemens AG - University of Tübingen), S. Laumann (Siemens AG), J. Bauer (University Hospital Tübingen), G. Carle (Technical University of Munich)

• Markovian Models for Medical Signals on Wireless Sensor Networks P. Salvador, A. Nogueira, R. Valadas (Univer- sity of Aveiro/Instituto de Telecomunicações)

• WBAN Implementation on Magnetic Induction Radio IC for Medical Remote Monitoring W. Torfs, P. De Cleyn, C. Blondia (University of Antwerp - IBBT) Healthcare Chair: Tsong-Ho Wu Start time: Sun, 14 Jun, 4:00 pm

• A Hybrid Architectural Style for Complex Healthcare Scenarios L. Griffin, C. Foley, E. de Leastar (Waterford Institute of Technology)

111 VehiMobil

� A. Festag (NEC Laboratories Europe) 2009 IEEE Vehicular Networking & � J. M. Barrios (Applus+ IDIADA) Applications Workshop � H. Hartenstein (Universität Karlsruhe) Vehicular Networks 2 Chair: Georg Carle Start time: Sun, 14 Jun, 4:00 pm Date: Sunday, 14 June 2009 Room: Saal 3 • Supporting Safety Driving with Inter-Vehicle Organizers: CDMA Networks under Realistic Accident Scenarios � Russell Hsing, Telcordia Technologies H. Yomo, M. Miyamoto, O. Shagdar, T. Ohyama, M. N. Shirazi, R. Miura, S. Obana � C.K. Toh, University of Hong Kong (ATR) � Daniel Wong, 3G Wireless and Software • The Effect of VII Market Penetration on Safety and Efficiency of Transportation Networks Program M. Nekoui, H. Pishro-Nik Vehicular Networks (University of Massachusetts, Amherst) Chair: Pietro Manzoni • CAR-2-X Communication SDK - A Software Start time: Sun, 14 Jun, 9:00 am Toolkit for Rapid Application Development and Experimentations • Keynote speech A. Festag, R. Baldessari, W. Zhang, L. Le R. Hsing (Telcordia Technologies) (NEC Europe Ltd.) • Wireless Media Streaming over IP-based • Automated Ride Share Selection using In-Vehicle Networks Vehicular Area Networks M. Rahmani, M. Pfannenstein A. Arora (Bowie State University), M. Yun, T. Kim, (BMW Research and Technology), E. Steinbach Y. Zhou, H.-A. Choi (Technische Universität München), (George Washington University) G. Giordano, E. Biersack (Eurecom)

• A Novel Localized Data Aggregation Algorithm for Advanced Vehicular Traffic Information Systems K. Shafiee, V. C. M. Leung (The University of British Columbia) Protocols Chair: Chung-Ming Huang Start time: Sun, 14 Jun, 10:50 am

• A Probabilistic Protocol for Multi-Hop Routing in VANETs J. Fukuyama (Toyota InfoTechnology Center USA)

• Position-Based Data Traffic Prioritization in Safety-Critical, Real-Time Vehicle-to-Infrastructure Communication A. Böhm, M. Jonsson (Halmstad University)

• Study of Beaconing for Car-to-Car Communication in Vehicular Ad-Hoc Networks A. Vinel (Saint-Petersburg Institute for Informat- ics and Automation), D. Staehle (University of Wuerzburg), A. Turlikov (Saint-Petersburg State Univer- sity of Aerospace Instrumentation)

• A WAVE-Compliant MAC Protocol to Support Vehicle-to-Infrastructure Non-Safety Applications M. Amadeo, C. Campolo, A. Molinaro, G. Ruggeri (University Mediterranea of Reggio Calabria) Panel Start time: Sun, 14 Jun, 2:00 pm

112112 CoCoNet

• An Optimal Transmit Power Allocation for the Two-Way Relay Channel Using Physical-Layer Workshop on Cooperative Mobile Network Coding W. Shin, N. Lee, J. B. Lim, C. Shin Networks 2009 (Samsung Electronics Co., Ltd., Korea)

• Performance Analysis of Incremental Selection Decode-and-Forward Relaying over Rayleigh Date: Sunday, 14 June 2009 Fading Channels Room: Saal 4 V. N. Q. Bao, H. Y. Kong Organizers: (University of Ulsan, Korea) • Reactive Robust Routing with Opportunistic � F. Fitzek, Aalborg University Large Arrays L. Thanayankizil � M. Katz, VTT (Georgia Institute of technology), M. A. Ingram (Georgia Institute of Technology) Program Session 3 Keynote Chair: Frank Fitzek Start time: Sun, 14 Jun, 9:00 am Start time: Sun, 14 Jun, 4:00 pm � I. Maric (Stanford University) • Combining for Cooperative WLANs - A Reality Check Based on Prototype Measurements Session 1 S. Valentin, D. H. Woldegebreal, T. Volkhausen, Chair: Frank Fitzek H. Karl (University of Paderborn) Start time: Sun, 14 Jun, 10:50 am • Avoiding Redundant Channel Blocking in • Cooperative Multiaccess for Wireless Cooperative Multi-Channel MAC Protocols Metropolitan Area Networks: An through Virtual Topology Inferencing Information-Centric Approach S. Ivanov, D. Botvich, S. Balasubramaniam K. Pentikousis (Waterford Institute of Technology), N. Popova (VTT Technical Research Centre of Finland), (Moscow State University) F. Fitzek (Hamburg University of Technology), O. Mämmelä Panel (VTT Technical Research Centre of Finland) Start time: Sun, 14 Jun, 4:30 pm

• Performance Analysis and Resource Allocation � Moderated by F. Fitzek and M. Katz in CDMA Cellular Networks with Relay Stations F. Librino, M. Levorato, M. Zorzi (University of Padova)

• On Radio Resource Allocation in Proactive Cooperative Relaying N. Marchenko, C. Bettstetter, E. Yanmaz (University of Klagenfurt)

• Routing Algorithm Limiting Next Hop Selection Distance in Multi Hop Ad Hoc Networks Y. S. Wu, D.-H. Lee, J.-I. Jung (Hanyang University)

• Network Coding for Mobile Devices - Systematic Binary Random Rateless Codes J. Heide, M. V. Pedersen, F. H. P. Fitzek, T. Larsen (Aalborg University) Session 2 Chair: Marcos Katz Start time: Sun, 14 Jun, 2:00 pm

• Ergodic and Outage Capacity Analysis of Cooperative Diversity Systems under Rayleigh Fading Channels S. Chen, W. Wang, X. Zhang (Beijing Univer- sity of Posts and Telecommunications)

• Guided Incentive Mechanisms for Relays to Extend the Wireless Coverage K. Seada (Nokia Research Center)

113 CogNet

Panel Discussion 2009 Joint Workshop on Cognitive Start time: Sun, 14 Jun, 10:50 am Wireless Networks and Systems - � J. Mitola (Stevens Institute of Technology) Cognitive Radio Networking � C. Mouli (Stevens Institute of Technology) � J. Evans (University of Kansas)

Date: Sunday, 14 June 2009 � P. Mahonen (RWTH Aachen) Room: Saal 5 Organizers: Poster Session Chair: Poster Session � Panagiotis Demestichas, University of Piraeus Start time: Sun, 14 Jun, 2:00 pm

� Ignas Niemegeers, Delft University of • Protection of Wireless Microphones in IEEE Technology 802.22 Cognitive Radio Network Y.-C. Wu (Shanghai Jiao Tong University), � Joseph Evans, University of Kansas H. Wang, P. Zhang (Huawei Technologies)

� Matthias Siebert, T-Mobile International • Spectral Efficiency Optimized Adaptive Transmission for Interfering Cognitive Radios � Didier Bourse, Motorola M. Taki (ECE-UT, Iran), F. Lahouti (UT, Iran) � Victor Leung, University of British Columbia • Dynamic Spectrum Sharing Algorithm Between Two UMTS Operators in the UMTS Extension Band � Hiroshi Harada, NICT G. Salami, S. Thilakawardana � Przemyslaw Pawelczak, Delft University of (University of Surrey, Guildford), R. Tafazolli Technology (University of Surrey) • � R. Venkatesha Prasad, Delft University of Channel Assignment Based on Routing Technology Decisions (CARD): Traffic-Dependent Topology Control for Multi-Channel Networks � Petri Mahonen, RWTH Aachen R. E. Irwin, L. A. DaSilva (Virginia Tech)

� Ingo Gaspard, Deutsche Telekom Laboratories • Cognitive Pilot Channel Enabling Spectrum Awareness Program O. Sallent, J. Pérez-Romero, R. Agusti (Universitat Politecnica de Catalunya (UPC)), Welcome P. Cordier Start time: Sun, 14 Jun, 9:00 am (France Telecom Research &Development)

� V. Prasad (Delft University of Technology) • An Optimal Opportunistic Spectrum Access Approach Oral Session-1 Q. Xiao, Q. Gao (Tsinghua University), L. Xiao Chair: Oral Session-1 (Quee Mary University of London), S. Zhou, Start time: Sun, 14 Jun, 9:10 am J. Wang (Tsinghua University)

• Sensing After Transmission in Cognitive Wireless • Mobility-Aware Routing Protocol for Mobile Personal Area Networks Cognitive Networks J. Mišic,´ V. B. Mišic´ (University of Manitoba) S. Ju, J. B. Evans (University of Kansas)

• Acquiring and Learning User Information in the • Unified Approach for Energy Detection of Context of Cognitive Device Management Unknown Deterministic Signal in Cognitive V. Stavroulaki, Y. Kritikou, E. Darra Radio over Fading Channels (University of Piraeus) S. P. Herath, N. Rajatheva (Asian Institute of Technology), C. Tellambura • Dynamic Rate Allocation, Routing and (University of Alberta) Spectrum Sharing for Multi-hop Cognitive Radio Networks Oral Session-2 Y. Wu (Shanghai Jiao Tong University), Chair: Oral Session-2 D. H. K. Tsang (Hong Kong University of Sci- Start time: Sun, 14 Jun, 4:00 pm ence and Technology) • Collaborative Spectrum Sensing for Cognitive • A General Power Allocation Algorithm for Radio OFDM-Based Cognitive Radio Systems K. Arshad, K. Moessner (University of Surrey) P. Wang (Beijing Univer- sity of Posts and Telecommunications), X. Zhong • Reliability of Spectrum Sensing Under Noise and (Tsinghua University), L. Xiao Interference Uncertainty (Quee Mary University of London), S. Zhou, Y. Zeng, Y.-C. Liang, A. T. Hoang, E. C. Y. Peh J. Wang (Tsinghua University) (Institute for Infocomm Research, Singapore)

114114 GreenComm

• A Hybrid Cognitive Engine for Improving Coverage in 3G Wireless Networks L. Morales-Tirado (Virginia Tech), J. E. Suris-Pietri First International Workshop on (University of Puerto Rico), J. H. Reed (Virginia Tech) Green Communications

• Quantifying the Availability of TV White Spaces for Cognitive Radio Operation in the UK M. Nekovee (British Telecom Research) Date: Thursday, 18 June 2009 Room: Seminar 5&6 Closing Remarks Organizers: Start time: Sun, 14 Jun, 5:20 pm � � P. Demestichas, University of Piraeus, Greece Jürgen Quittek, NEC Europe Ltd.

� Robert Saracco, Telecom Italia

� Ken Christensen, University of South Florida

� Ernesto Zimmermann, TU Dresden Program Welcome and Introduction Start time: Thu, 18 Jun, 9:00 am

� J. Quittek (NEC Europe Ltd.) Keynote 1 Start time: Thu, 18 Jun, 9:05 am

� D. Zuckerman (IEEE Communications Society President) Keynote 2 Start time: Thu, 18 Jun, 9:30 am

� B. Nordman (Lawrence Berkeley National Laboratory) Best Paper Chair: Juergen Quittek Start time: Thu, 18 Jun, 10:00 am

• Time for a "Greener" Internet M. Baldi (Politecnico di Torino), Y. Ofek (University of Trento) Technical Session 1 Chair: Ken Christensen Start time: Thu, 18 Jun, 10:50 am

• Performance Constrained Power Consumption Optimization in Distributed Network Equipment R. Bolla, R. Bruschi, F. Davoli, A. Ranieri (University of Genoa)

• Energy-Aware Backbone Networks: A Case Study L. Chiaraviglio, M. Mellia, F. Neri (Politecnico di Torino)

• Power Efficient Approach and Performance Control for Routers M. Yamada, T. Yazaki (Hitachi, LTD.), N. Matsuyama, T. Hayashi (ALAXALA Networks Corporation)

• On Power Optimization in DSL Systems M. Guenach, C. Nuzman, J. Maes, M. Peeters (Alcatel-Lucent Bell Labs)

115 LTE+

• Energy Profile Aware Routing J. C. Cardona Restrepo (Munich University of Technology), C. G. Gruber International Workshop on LTE (Nokia Siemens Networks), C. Mas Machuca (Munich University of Technology) Evolution Keynote 3 Start time: Thu, 18 Jun, 2:00 pm Date: Thursday, 18 June 2009 � D. Lister (Head of Radio Technologies at Room: Saal 2 Vodafone R&D) Organizers:

Technical Session 2 � Holger Boche, Heinrich-Hertz-Institut Chair: Ernesto Zimmermann Start time: Thu, 18 Jun, 2:30 pm � Zhongrong Liu, T-Mobile

• On the User Performance of LTE UE Power � Ralf Irmer, Vodafone R&D Savings Schemes with Discontinuous Reception � Patrick Marsch, TU Dresden in LTE J. Wigard, T. Kolding (Nokia Siemens Networks), Program L. Dalsgaard (Nokia), C. Coletti (University of L’Aquila) Opening 1 Start time: Thu, 18 Jun, 8:00 am • Performance of the IEEE 802.16e Sleep Mode Mechanism in the Presence of Bidirectional � T. Gill (Head of Radio, Vodafone R&D) Traffic Opening 2 K. De Turck (Ghent University), S. Andreev Start time: Thu, 18 Jun, 8:00 am (Saint-Petersburg State Univer- sity of Aerospace Instrumentation), S. De Vuyst, � K.-J. Krath (Senior Vice President Radio D. Fiems, S. Wittevrongel, H. Bruneel Networks Engineering & Quality, T-Mobile) (Ghent University) Posters and Demos (all day) • A Novel Wireless Wake-Up Mechanism for Chair: Patrick Marsch Energy-Efficient Ubiquitous Networks Start time: Thu, 18 Jun, 8:00 am T. Takiguchi, S. Saruwatari, T. Morito, S. Ishida, • Cellular Interference Alignment with Imperfect M. Minami, H. Morikawa (Morikawa Labora- Channel Knowledge tory, RCAST, The University of Tokyo) R. Tresch, M. Guillaud Technical Session 3 (Telecommunications Research Center Vienna) Chair: Dominique Dudkowski • A Fractional Soft Handover Scheme for 3GPP Start time: Thu, 18 Jun, 3:50 pm LTE-Advanced System • Optimal Energy Savings in Cellular Access J. Chang (Huawei Technologies), Y. Li Networks (Tsinghua University), S. Feng, H. Wang, C. Sun, M. Ajmone Marsan, L. Chiaraviglio, D. Ciullo, P. Zhang (Huawei Technologies) M. Meo (Politecnico di Torino) • Device-to-Device Communications; Functional Prospects for LTE-Advanced Networks • A Simulation Study of a New Green BitTorrent K. Doppler, M. P. Rinne J. Blackburn, K. Christensen (Nokia Research Center), P. Jänis (University of South Florida) (Helsinki University of Technology), C. Ribeiro, • Distributed Multi-Cell Power Allocation K. Hugl (Nokia Research Center) Algorithm for Energy Efficiency in OFDMA Relay • Performance Analysis of Layer 1 Relays Systems J. Zheng, P. Sartori, B. Wei (Huawei) L. Xiao (Queen Mary University of London), L. Cuthbert (Queen Mary Univerisity of London), • Performance Analysis for Partial Feedback T. Zhang (Beijing Univer- Downlink MIMO with Unitary Codebook sity of Posts and Telecommunications) Beamforming for LTE M. Nicolaou, A. Doufexi, S. Armour • Energy-Efficient Multiaccess Dissemination (University of Bristol), Y. Sun Networks (Toshiba Research Europe Limited) K. Pentikousis (VTT Technical Research Centre of Finland) • On the Achievable Rate of ZF-DPC for MIMO Broadcast Channels with Finite Rate Feedback • Inverse Class F Power Amplifier for WiMAX W. Miao, X. Chen, Y. Li, S. Zhou, J. Wang Applications with 74% Efficiency at 2.45 GHz (Tsinghua University) F. M. Ghannouchi, M. M. Ebrahimi (University of Calgary), M. Helaoui • On MAC Layer Throughput Enhancements in (Green Radio Technologies Inc.) LTE-A by Downlink Macro Diversity S. Brueck, J. Giese, L. Zhao, A. Dekorsy (Qualcomm)

116116 LTE+

• MU-MIMO with Localized Downlink Base Station � G. Fettweis (Vodafone Chair, Technische Cooperation and Downtilted Antennas Universität Dresden) L. Thiele, T. Wirth, M. Schellmann, Y. Hadisusanto, V. Jungnickel � R. Valenzuela (Wireless Communications (Fraunhofer Institute for Telecommunica- Research Director, Bell Labs, Alcatel-lucent) tions, Heinrich-Hertz-Institut) � T. Gill (Head of Radio, Vodafone R&D) Concepts for the Cellular Uplink Concepts connected to Relaying Chair: Wolfgang Stoermer Chair: Ralf Irmer Start time: Thu, 18 Jun, 9:00 am Start time: Thu, 18 Jun, 4:00 pm • Invited Talk • Invited Talk D. Gerstenberger (Senior Specialist R&D, G. Fettweis (Vodafone Chair, Technische Ericsson and 3GPP TSG RAN WG1 chairman) Universität Dresden) • Distributed Uplink Macro Diversity for • Business Impact of Relay Deployment for Cooperating Base Stations Coverage Extension in 3GPP LTE-Advanced L. Falconetti, C. Hoymann (Ericsson Research), E. Lang, S. Redana, B. Raaf R. Gupta (University of Washington) (Nokia Siemens Networks) • Application of BBU+RRU Based Comp System to • Incremental Deployment with Self-Backhauling LTE-Advanced Base Stations in Urban Environment Q. Wang, D. Jiang B. Timus, J. Zander (China Mobile Research Institute), J. Jin (Royal Institute of Technology (KTH)) (Beijing University of Posts and Telecommunica- tions), G. Liu, Z. Yan, D. Yang • Handover Framework for Relay Enhanced LTE (China Mobile Research Institute) Networks O. Teyeb (Aalborg University), V. V. Phan, • Software Defined Hybrid MMSE/QRD-M Turbo B. Raaf (Nokia Siemens Network), S. Redana Receiver for LTE Advanced Uplink on a Cell (Nokia Siemens Networks) Processor A. Ibing, D. Kühling, D. Wieruch, H. Boche (Fraunhofer Institute for Telecommunica- tions, Heinrich-Hertz Institut) Concepts for the Cellular Downlink Chair: Patrick Marsch Start time: Thu, 18 Jun, 10:50 am

• Invited Talk R. Valenzuela (Wireless Communications Research Director, Bell Labs, Alcatel-lucent)

• On the Value of Coherent and Coordinated Multi-cell Transmission A. Tölli, H. Pennanen, P. Komulainen (University of Oulu)

• Integrated Fractional Load and Packet Scheduling for OFDMA Systems G. Monghal, S. Kumar (Aalborg University), K. I. Pedersen (Nokia Siemens Networks), P. E. Mogensen (Aalborg University)

• A Novel Cooperative Multi-Cell MIMO Scheme for the Downlink of LTE-Advanced System J. Jin (Beijing University of Posts and Telecom- munications), Q. Wang, G. Liu (Research Institution of China Mobile), H. Yang, Y. Wang, X. Zhang (Beijing Univer- sity of Posts and Telecommunications) Panel Discussion Start time: Thu, 18 Jun, 2:00 pm

� K.-J. Krath (Senior Vice President Radio Networks Engineering & Quality, T-Mobile)

� D. Gerstenberger (Senior Specialist R&D, Ericsson and 3GPP TSG RAN WG1 chairman)

117 SafetyComm

Workshops afternoon session Next Generation Public Safety Start time: Thu, 18 Jun, 2:00 pm Communication Networks and • Autonomous Migration with Admission Control for Mobiles Affected by Access Network Technologies Failures D. Griffith (National Institute of Standards and Technology) Date: Thursday, 18 June 2009 • Deploying CCTV as an Ethernet Service Over Room: Saal 3 the Wimax Mobile Network in the Public Organizers: Transport Scenario M. Aguado, E. Jacob, J. Matias, C. Conde � Thomas Engel, Universite du Luxembourg (University of the Basque Country), � Latif Ladid, President IPv6 Forum M. Berbineau (INRETS)

� Adrian Boukalov, Universite du Luxembourg • Stochastic Routing in Wireless Sensor Networks F. Sivrikaya, T. Geithner, C. Truong, M. A. Khan, Program S. Albayrak (Technische Universität Berlin) Opening • Clone-Resistant Network Unit Identification Start time: Thu, 18 Jun, 9:00 am W. Adi (Braunschweig University of Technology)

� A. Boukalov (Universite du Luxembourg) • GAISS - Live Asset Tracking and Statistical J. Ronan (Waterford Institute of Technology) Workshops morning session 1 Start time: Thu, 18 Jun, 9:05 am • Experimental Evaluation of Flooding Attacks in Mobile Ad Hoc Networks • Increasing Public Safety Communications P. Yi, Y. Wu (Shanghai Jiao Tong University), Interoperability: The CHORIST Broadband and J. Ma (Fudan University) Wideband Rapidly Deployable Systems H. Aiache (THALES Communications), R. Knopp Panel (Institut Eurécom), K. Koufos, H. Salovuori (), Start time: Thu, 18 Jun, 4:00 pm P. Simon (EADS Secure Networks) � H. Aiache (Thales Communications) • An Open Architecture Framework for Safety � and Security P. Bikar (Cisco Systems) P. Bikar (Cisco Systems) � C. Bonnet (Institut Eurecom) • Mobility, Access Heterogeneity and Security for � N. Stephan (University College London) Next Generation Public Safety Communications G. Iapichino (Institut Eurecom) � L. Ladid (President IPv6) • Open Multi-Purpose Gateway for Emergency Services Internetworking S. Varakliotis, N. Stephan, P. T. Kirstein (University College London) Workshops morning session 2 Start time: Thu, 18 Jun, 10:50 am

• Telephony over Metropolitan Area Ad Hoc Networks: From Concept to Field Test E. Glatz (ETH Zurich), U. Fiedler (Bern University of Applied Sciences)

• Leveraging Femtocells for Dissemination of Early Warning Messages E. Mutafungwa, J. Hämäläinen (Teknillinen Korkeakoulu (TKK))

• Determining Host Location on the Internet: The Case of VoIP Emergency Calls S. Ashtarifar, A. Matrawy (Carleton University)

• A Novel Dynamic Hierarchy AAA Scheme for Interworking Authentication in Heterogeneous Networks L. Wang, M. Song, J. Song (Beijing Univer- sity of Posts and Telecommunications), Y. Zhang (Rutgers Univ.), P. Wang, J. Li (Beijing Univer- sity of Posts and Telecommunications)

118118 SyCoLo

� D. Park (CEO, Geospatial Research Centre (NZ)) International Workshop on Expert Panel Synergies in Communications and Start time: Thu, 18 Jun, 2:45 pm Localization � Expert Panel, moderated by R. Raulefs, M. Luise, and S. Plass Fingerprinting and Positioning Algorithms Date: Thursday, 18 June 2009 Start time: Thu, 18 Jun, 4:00 pm Room: Seminar 3&4 Organizers: • High-Performance Indoor Localization with Full-Band GSM Fingerprints � Ronald Raulefs, German Aerospace Center B. Denby (Université Pierre et Marie Curie), (DLR) Y. Oussar, I. Ahriz, G. Dreyfus (Laboratoire dŠÉlectronique, ESPCI, ParisTech) � Marco Luise, University of Pisa • A Scheme for Indoor Localization through RF � Simon Plass, Xcitec GmbH Profiling Program I. T. Haque, I. Nikolaidis, P. Gburzynski (University of Alberta) Keynote 1 Start time: Thu, 18 Jun, 8:15 am • Joint Estimation of Position and Channel Propagation Model Parameters in a Bluetooth � Moe Win (MIT) Network J. Rodas, C. J. Escudero Positioning with GNSS and Comm. Systems (Universidade da Coruña) Start time: Thu, 18 Jun, 9:00 am • Solving the Source Localization Problem via • GNSS Positioning in Critical Scenarios: Hybrid Global Distance Continuation Data Fusion with Communications Signals G. Destino, G. T. Freitas de Abreu C. Mensing, S. Sand, A. Dammann (University of Oulu) (German Aerospace Center (DLR))

• On the Performance of Hybrid GPS/GSM Mobile Terminal Tracking C. Fritsche, A. Klein (TU Darmstadt)

• Assessing GPS Robustness in Presence of Communication Signals B. Motella (Istituto Superiore Mario Boella), S. Savasta, D. Margaria, F. Dovis (Politecnico di Torino)

• Improving the Performance of TOA Over Wireless Systems to Track Mobile Targets M. Ciurana, F. Barcelo-Arroyo, M. Llombart (UPC) Cooperative Positioning and Cognitive Radio Start time: Thu, 18 Jun, 10:50 am

• Cluster-Based Ranging for Accurate Localization in Wireless Sensor Neworks S. Sergi, F. Pancaldi, G. M. Vitetta (University of Modena e Reggio Emilia)

• Fundamental Performance Limits of TOA-Based Cooperative Localization M. Nicoli, D. Fontanella (Politecnico di Milano)

• Coexistence Strategies and Capacity Theorems of Interference Awareness Cognitive Radio N. Yi, Y. Ma, R. Tafazolli (University of Surrey)

• Performance Limits on Ranging with Cognitive Radio D. Dardari (University of Bologna), Y. Karisan, S. Gezici (Bilkent University), A. A. D’Amico, U. Mengali (University of Pisa) Keynote: Creating Smart Positioning Solutions Start time: Thu, 18 Jun, 2:00 pm

119 FutureNet

• TORI: User Provided Future Networking Testbeds M. Stiemerling, M. Brunner, S. Kiesel International Workshop on the (NEC Europe Ltd.), X. Fu (University of Göttingen) Network of the Future 2009 • A Requirements Analysis for the Protocol Stack of the Future Internet R. L. Aguiar (Universidade de Aveiro), Date: Thursday, 18 June 2009 H. J. Einsiedler, S. Gutknecht, T. Dörflinger Room: Saal 1 (Deutsche Telekom Laboratories), J. I. Moreno Organizers: (Universidad Carlos III de Madrid)

� N. Niebert, Ericsson • Attachment to a Native Publish/Subscribe Network � R.Winter , NEC J. Kjällman (Ericsson Research)

� M. Presser, University of Surrey • Vertical and Horizontal End-to-End Arguments in the Internet Program M. Bärwolff (MIT)

Opening • Bandwidth-Based Congestion Control for TCP: Start time: Thu, 18 Jun, 8:30 am Measurement Noise-Aware Parameter Settings and Self-Induced Oscillation • Welcome M. Kodama, G. Hasegawa, M. Murata N. Niebert (Ericsson) (Osaka University) • Keynote: On new Networking Driven by • Pre-Congestion Notification Using Ubiquitous Wireless Access Packet-Specific Dual Marking D. Raychaudhuri (WINLAB, Rutgers University) M. Menth (University of Wuerzburg), J. Babiarz (Nortel), P. Eardley (BT Group) • Invited Talk: The Research Program for the Network of the Future • Towards End-to-End Connectivity for Overlays R. Zimmermann (European Commission) across Heterogeneous Networks S. Mies, O. P. Waldhorst, H. Wippel • New Design Principles for the Internet (Universität Karlsruhe (TH)) A. Ford (Roke Manor Research), P. Eardley (BT Group), B. van Schewick • Context-Aware Session and Network Control in (Stanford Law School) Future Internet • A Node Architecture for 1000 Future Networks A. Neto, S. Sargento (Telecommunications Insti- L. Völker, D. Martin (Universität Karlsruhe (TH)), tute, University of Aveiro), F. C. Pinto I. El Khayat (Ericsson GmbH), C. Werle, (Portugal Telecom Inovação, Aveiro), E. Logota M. Zitterbart (Universität Karlsruhe (TH)) (Telecommunications Institute, Univer- sity of Aveiro) Poster Session • Start time: Thu, 18 Jun, 10:10 am Performance Evaluation of the "Cache-and-Forward (CNF)" Network for Mobile • Identifier-Based Discovery Mechanism Design Content Delivery Services in Large-Scale Networks H. Liu (Corporate Research Lab, Thomson Inc), J. Khoury, C. T. Abdallah Y. Zhang (Rutgers Univ.), D. Raychaudhuri (University of New Mexico) (WINLAB, Rutgers University)

• Detecting Triangle Inequality Violations for Session 1: New Networking Paradigms Internet Coordinate Systems Start time: Thu, 18 Jun, 10:50 am M. A. Kaafar, F. Cantin, B. Gueye, G. Leduc (University of Liege) • Network Virtualization from a Signaling Perspective • Self-Management for a Network of Information R. Bless, C. Werle (Universität Karlsruhe (TH)) K. Pentikousis (VTT Technical Research Centre of Finland), • Virtual Resource Description and Clustering for C. Meirosu (Ericsson Research), A. Miron Virtual Network Discovery (Technion, Israel Institute of Technology Com- I. Houidi, W. Louati, D. Zeghlache puter Science), M. Brunner (TELECOM & Management SudParis), S. Baucke (NEC Laboratories Europe) (Ericsson)

• Loop-Freeness in Multipath BGP through • Exploring the Pub/Sub Routing&Forwarding Propagating the Longest Path Space I. van Beijnum (IMDEA Networks), J. Crowcroft A. Zahemszky, A. Császár, P. Nikander (University of Cambridge), F. Valera, M. Bagnulo (Ericsson Research), C. Esteve Rothenberg (Universidad Carlos III de Madrid) (University of Campinas (Unicamp))

120120 FutureNet

• Private Domains in Networks of Information R. Rembarz, D. Catrein, J. Sachs (Ericsson Research)

• Augmented Internet: An Information-Centric Approach for Real-World / Internet Integration C. Dannewitz (University of Paderborn)

• A Scalable and Distributed Architecture for BGP in Next Generation Routers K. K. Nguyen, B. Jaumard (Concordia University)

• Cooperation and Coding Framework FutureNet T. Biermann (University of Paderborn), Z. A. Polgar (Technical University of Cluj-Napoca), H. Karl (University of Paderborn)

• Private Domains in Networks of Information Session 2: Key Technical Solutions R. Rembarz, D. Catrein, J. Sachs Start time: Thu, 18 Jun, 3:00 pm (Ericsson Research) • Keynote: A new generation network • Augmented Internet: An Information-Centric H. Harai (NICT) Approach for Real-World / Internet Integration C. Dannewitz (University of Paderborn) • Invited Talk: The new Internet World R. Tafazolli (University of Surrey) • A Scalable and Distributed Architecture for BGP in Next Generation Routers • Channel Assignment, Stream Control, K. K. Nguyen, B. Jaumard (Concordia University) Scheduling and Routing in Multi-Radio MIMO Wireless Mesh Networks • Cooperation and Coding Framework L. Luo, D. Raychaudhuri T. Biermann (University of Paderborn), (WINLAB, Rutgers University), H. Liu Z. A. Polgar (Corporate Research Lab, Thomson Inc) (Technical University of Cluj-Napoca), H. Karl (University of Paderborn) • Decentralized In-Network Management for the Future Internet Session 2: Key Technical Solutions A. Gonzalez Prieto (KTH), D. Dudkowski Start time: Thu, 18 Jun, 3:00 pm (NEC Laboratories Europe), C. Meirosu (Ericsson Research), C. Mingardi, G. Nunzi, • Keynote: A new generation network M. Brunner (NEC Laboratories Europe), H. Harai (NICT) R. Stadler (KTH)

• Invited Talk: The new Internet World R. Tafazolli (University of Surrey)

• Channel Assignment, Stream Control, Scheduling and Routing in Multi-Radio MIMO Wireless Mesh Networks L. Luo, D. Raychaudhuri (WINLAB, Rutgers University), H. Liu Notes (Corporate Research Lab, Thomson Inc)

• Decentralized In-Network Management for the Future Internet A. Gonzalez Prieto (KTH), D. Dudkowski (NEC Laboratories Europe), C. Meirosu (Ericsson Research), C. Mingardi, G. Nunzi, M. Brunner (NEC Laboratories Europe), R. Stadler (KTH)

121

121 List of Authors

List of Authors

Abdallah, C. T., 120 Choi, H.-A., 112 Gupta, R., 117 Abreu, G. T. Freitas de, 119 Choi, H.-K., 111 Gutknecht, S., 120 Adi, W. , 118 Christensen, K., 116 Aguado, M., 118 Ciullo, D., 116 Hadisusanto, Y., 117 Aguiar, R. L., 120 Ciurana, M., 119 Han, J., 109 Agusti, R., 114 Cleyn, P. De, 111 Hanzo, L., 109 Ahriz, I., 119 Coletti, C., 116 Haque, I. T., 119 Ahuja, B., 109 Conde, C., 118 Harada, H., 109 Aiache, H., 118 Cordeiro, C., 109 Hasegawa, G., 120 Akkarajitsakul, K., 109 Cordier, P., 114 Hassan, K., 109 Albayrak, S., 118 Crowcroft, J., 120 Hayashi, T., 115 Alonso, L., 111 Császár, A., 120 Heide, J., 113 Amadeo, M., 112 Cuthbert, L., 116 Helaoui, M., 116 Ancora, A., 109 Hellbrück, H., 110 Andonovic, I., 110 D’Amico, A. A., 119 Henkel, W., 109 Andreev, S., 109, 116 D’Orazio, L., 109 Herath, S. P., 114 Anisimov, A., 109 Dalsgaard, L., 116 Hoang, A. T., 114 Armour, S., 116 Dammann, A., 119 Hossain, E., 109 Arora, A., 112 Dannewitz, C., 121 Houidi, I., 120 Arshad, K., 114 Dardari, D., 119 Hoymann, C., 117 Ashtarifar, S., 118 Darra, E., 114 Hudec, R., 110 Attar, R., 109 DaSilva, L. A., 114 Hugl, K., 116 Davoli, F., 115 Hunter, D. K., 109 Babiarz, J., 120 Dekorsy, A., 116 Hämäläinen, J., 109, 118 Baek, S., 109 Denby, B., 119 Bagnulo, M., 120 Deroussent, C., 111 Ibing, A., 117 Balasubramaniam, S., 113 Destino, G., 119 Ingram, M. A., 113 Baldessari, R., 112 Doppler, K., 116 Irvine, J. M., 110 Baldi, M., 115 Doufexi, A., 116 Irwin, R. E., 114 Bao, V. N. Q., 113 Dovis, F., 119 Ishida, S., 116 Barcelo, J., 109 Dreyfus, G., 119 Ivanov, S., 113 Barcelo-Arroyo, F., 119 Dubcova, Z., 110 Bastug, A., 109 Dudin, A. N., 110 Baucke, S., 120 Dudkowski, D., 121 Jacob, E., 118 Bauer, J., 111 Dörflinger, T., 120 Jaumard, B., 121 Baykas, T., 109 Jiang, D., 117 Bazarragchaa, B., 110 Eardley, P., 120 Jin, J., 117 Beijnum, I. van, 120 Ebrahimi, M. M., 116 Jonsson, M., 112 Bellalta, B., 109 Einsiedler, H. J., 120 Jou, Y., 109 Berbineau, M., 118 Escudero, C. J., 119 Ju, S., 114 Bettstetter, C., 113 Evans, J. B., 114 Jung, J.-I., 113 Biermann, T., 121 Jungnickel, V., 117 Biersack, E., 112 Falconetti, L., 117 Juntti, M., 109 Bikar, P., 118 Feng, S., 116 Jänis, P., 116 Black, P., 109 Festag, A., 112 Blackburn, J., 116 Fiedler, U., 118 Kaafar, M. A., 120 Bless, R., 120 Fiems, D., 116 Kamphenkel, K., 111 Blondia, C., 111 Fitzek, F., 113 Karisan, Y., 119 Boavida, F., 111 Fitzek, F. H. P., 113 Karl, H., 113, 121 Boche, H., 117 Foley, C., 111 Kato, S., 109 Bolla, R., 115 Fontanella, D., 119 Khan, M. A., 118 Botvich, D., 113 Ford, A., 120 Khayat, I. El, 120 Brueck, S., 116 Fritsche, C., 119 Khoury, J., 120 Bruneel, H., 116 Fu, X., 120 Kiesel, S., 120 Brunner, M., 120, 121 Fukushima, T., 110 Kim, K. J., 109 Bruschi, R., 115 Fukuyama, J., 112 Kim, T. , 112 Bärwolff, M., 120 Funada, R., 109 Kim, T. O., 109 Böhm, A., 112 Kim, T. Y., 110 Gao, Q., 114 Kim, T.-Y., 111 Campolo, C., 112 Gburzynski, P., 119 Kirstein, P. T., 118 Cano, C., 109 Geithner, T., 118 Kjällman, J., 120 Cantin, F., 120 Gezici, S., 119 Klein, A., 119 Carle, G., 111 Ghannouchi, F. M., 116 Klimenok, V. I., 110 Catrein, D., 121 Giese, J., 116 Knopp, R., 118 Chang, J., 116 Giordano, G., 112 Kodama, M., 120 Chen, H.-S., 111 Glatz, E., 118 Kohno, R., 111 Chen, S., 113 Goo, S. K., 110 Kolding, T., 116 Chen, S.-J., 111 Griffin, L., 111 Komulainen, P., 117 Chen, X., 116 Griffith, D., 118 Kong, H. Y., 113 Chiaraviglio, L., 115, 116 Gruber, C. G., 116 Koufos, K. , 118 Cho, D.-H., 110 Guenach, M., 115 Kritikou, Y., 114 Choi, B. D., 109 Gueye, B., 120 Kumar, S., 117 Choi, H. K., 110 Guillaud, M., 116 Kühling, D., 117

122122 List of Authors

Lahouti, F., 114 Nicolaou, M., 116 Sergi, S., 119 Lang, E., 117 Nicoli, M., 119 Sfairopoulou, A., 109 Larsen, T., 113 Nikander, P., 120 Shafiee, K., 112 Laumann, S., 111 Nikolaidis, I., 119 Shagdar, O., 112 Le, L., 112 Nogueira, A., 111 Shen, D., 109 Leastar, E. de, 111 Nourizadeh, S., 111 Shin, C., 113 Leduc, G., 120 Nunzi, G., 121 Shin, W., 113 Lee, D.-H., 113 Nuzman, C., 115 Shirazi, M. N., 112 Lee, H., 110 Shpilev, S. A., 110 Lee, N., 113 Obana, S., 112 Sidhu, G., 109 Lei, H., 110 Obeid, D., 111 Silva, J. Sá, 111 Leinonen, J., 109 Ofek, Y., 115 Silva, R., 111 Leung, V. C. M., 112 Ohyama, T., 112 Silva, Á., 111 Levorato, M., 113 Oliver, M., 109 Simek, M., 111 Li, C., 111 Osipov, D. S., 109 Simon, P. , 118 Li, H.-B., 111 Otal, B., 111 Sivrikaya, F., 118 Li, J., 118 Otyakmaz, A., 109 Slock, D. T. M., 109 Li, X., 109 Oussar, Y., 119 Son, J. J., 109 Li, Y., 116 Song, J., 118 Liang, Y.-C., 114 Pancaldi, F., 119 Song, M., 118 Librino, F., 113 Panizza, M., 109 Song, Y. Q., 111 Lim, J. B., 113 Park, J. S., 109 Stadler, R., 121 Lin, Y.-J., 111 Pedersen, K. I., 117 Staehle, D., 112 Lipphardt, M., 110 Pedersen, M. V., 113 Stavroulaki, V., 114 Lippman, A. B., 109 Peeters, M., 115 Steinbach, E., 112 Liu, G., 117 Peh, E. C. Y., 114 Stephan, N., 118 Liu, H., 120, 121 Pennanen, H., 117 Stiemerling, M., 120 Llombart, M., 119 Pentikousis, K., 113, 116, 120 Su, M.-J., 111 Logota, E., 120 Pfannenstein, M., 112 Su, Y.-H., 111 Louati, W., 120 Phan, V. V., 117 Sum, C. S., 109 Luo, L., 121 Pinto, F., 111 Sun, C., 116 Pinto, F. C., 120 Sun, Y., 116 Ma, J., 118 Pishro-Nik, H., 112 Suris-Pietri, J. E., 115 Ma, Y., 119 Polgar, Z. A., 121 Machuca, C. Mas, 116 Popova, N., 113 Tafazolli, R., 114, 119 Maes, J., 115 Prieto, A. Gonzalez, 121 Taki, M., 114 Marchenko, N., 113 Pérez-Romero, J., 114 Takiguchi, T., 116 Margaria, D., 119 Tellambura, C., 114 Marsan, M. Ajmone, 116 Teyeb, O., 117 Martin, D., 120 Raaf, B., 117 Thanayankizil, L., 113 Matias, J., 118 Rahman, M. A., 109 Thiele, L., 117 Matrawy, A., 118 Rahmani, M., 112 Thilakawardana, S., 114 Matsuyama, N., 115 Rajatheva, N., 114 Thomesse, J. P., 111 Meirosu, C., 120, 121 Ranieri, A., 115 Tian, Y., 110 Mellia, M., 115 Raychaudhuri, D., 120, 121 Timus, B., 117 Mengali, U., 119 Redana, S., 117 Tomlinson, A., 110 Mensing, C., 119 Reed, D. P., 109 Torfs, W., 111 Menth, M., 120 Reed, J. H., 115 Tresch, R., 116 Meo, M., 116 Rembarz, R., 121 Truong, C., 118 Mišic,´ J., 114 Restrepo, J. C. Cardona, 116 Tsang, D. H. K., 114 Mišic,´ V. B., 114 Ribeiro, C., 116 Turck, K. De, 116 Miao, W., 116 Rinne, M. P., 116 Turlikov, A., 112 Mies, S., 120 Rodas, J., 119 Tölli, A., 117 Minami, M., 116 Rothenberg, C. Esteve, 120 Mingardi, C., 121 Ruggeri, G., 112 Miron, A., 120 Valadas, R., 111 Miura, R., 112 Sacchi, C., 109 Valentin, S., 113 Miyamoto, M., 112 Sachs, J., 121 Valera, F., 120 Moessner, K., 114 Sadek, S., 111 Varakliotis, S., 118 Mogensen, P. E., 117 Saffer, Z., 109 Verikoukis, C., 111 Molinaro, A., 112 Salami, G., 114 Vestenicky, M., 110 Monghal, G., 117 Sallent, O., 114 Vinel, A., 112 Morales-Tirado, L., 115 Salovuori, H. , 118 Vishnevsky, V. M., 110 Moreno, J. I., 120 Salvador, P., 111 Vitetta, G. M., 119 Morikawa, H., 116 Sand, S., 119 Volkhausen, T., 113 Morito, T., 116 Sargento, S., 120 Vuyst, S. De, 116 Motella, B., 119 Sartori, P., 116 Völker, L., 120 Murata, M., 120 Saruwatari, S., 116 Mutafungwa, E., 118 Sasaki, S., 109 Waldhorst, O. P., 120 Mämmelä, O., 113 Savasta, S., 119 Wang, H., 114, 116 Schellmann, M., 117 Wang, J., 109, 114, 116 Nekoui, M., 112 Schewick, B. van, 120 Wang, L., 110, 118 Nekovee, M., 115 Schoenen, R., 109 Wang, P., 114, 118 Neri, F., 115 Seada, K., 113 Wang, Q., 117 Neto, A., 120 Semenova, O. V., 110 Wang, W., 113 Nguyen, K. K., 121 Sengee, N., 110 Wang, Y., 117

123 List of Authors

Wei, B., 116 Yamada, M., 115 Zeng, Y., 114 Werle, C., 120 Yan, Z., 117 Zhang, H.-W., 111 Wieruch, D., 117 Yang, D. , 117 Zhang, P., 114, 116 Wigard, J., 116 Yang, H., 117 Zhang, R., 109 Wippel, H., 120 Yanmaz, E., 113 Zhang, T., 116 Wirth, T., 117 Yazaki, T., 115 Zhang, W., 109, 112 Wittevrongel, S., 116 Yi, N., 119 Zhang, X., 113, 117 Woldegebreal, D. H., 113 Yi, P., 118 Zhang, Y., 118, 120 Wu, Q., 109 Yomo, H., 112 Zhao, L., 116 Wu, Y., 114, 118 Yun, M., 112 Zhao, W., 109 Wu, Y. S., 113 Zheng, J., 116 Wu, Y.-C., 114 Zaharia, G., 111 Zhong, X., 114 Zahemszky, A., 120 Zhou, S., 114, 116 Xiao, L., 114, 116 Zander, J., 117 Zhou, Y., 112 Xiao, Q., 114 Zeghlache, D., 120 Zitterbart, M., 120 Xin, H., 110 Zein, G. El, 111 Zorzi, M., 113 Xu, Z., 109 Zeng, K., 110 Zuidweg, J., 109

Wireless Leadership ST-Ericsson is a world leader in developing and delivering innovative mobile platforms and wireless semiconductor solutions across technologies. From initial trials to mass market adoption, ST-Ericsson is your pioneering partner.

www.stericsson.com

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CALL FOR PAPERS AND PROPOSALS

Executive Committee Members The 2010 IEEE International Conference on Communications (ICC 2010) will be held in Cape Town, South Africa, from 23-27 May 2010, prior to the Soccer World Cup also being held in South Africa. The Conference is MinisterM.Mangena(GeneralChair) aimed at addressing key themes on “Communications: Accelerating Growth and Development”. The program (DepartmentofS&T,SouthAfrica) will feature major Symposia, Tutorials, Panel Discussions, and Workshops. Full details of submission proce- KhaledB.Letaief(ViceGeneralChair) dures are available on the ICC2010 website www.ieee-icc.org/2010/. ([email protected]) ReubenSeptember(ViceGeneralChair) PLANNED TECHNICAL SYMPOSIA (Telkom,SouthAfrica) Authors are invited to submit original technical papers for presentation at symposia and publication in the FambiraiTakawira(ExecutiveCoͲChair) Conference proceedings from the following list: ([email protected]) Symposia Title Co-Chairs WilhelmLeuschner(ExecutiveCoͲchair) Tarik Taleb, [email protected] ([email protected]) 1. General Symposium on Se- lected Areas in Communica- Sumit Roy, [email protected] JanC.Olivier(TPCCoͲChair) Chunming Qiao, [email protected] tions (SAS) ([email protected]) Yacine Ghamri-Doudane, [email protected] ChengshanXiao(TPCCoͲchair) Riccardo Raheli, [email protected] ([email protected]) 2. Communication Theory Sym- Daniela Tuninetti, [email protected] Holger Boche, [email protected] ShermanShen(SymposiaChair) posium (CTS) ([email protected]) Guosen Yue, [email protected] JerryD.Gibson(PanelCoͲChair) 3. Signal Processing for Commu- S. Boussakta, [email protected] ([email protected]) nications Symposium (SPS) Donglai Xu, [email protected] DumisaW.Ngwenya(PanelCoͲChair) T.J. Lim, [email protected] ([email protected]) 4. Wireless Communications Sym Yi Qian, [email protected] AbbasJamalipour(WorkshopCoͲChair) posium (WCS) Ranjan K. Mallik, [email protected] ([email protected]) Sennur Ulukus, [email protected] AndreasMolisch(WorkshopCoͲChair) Wei Chen, [email protected] ([email protected]) 5. Wireless & Mobile Networking Thomas Hou, [email protected] GeoffreyLi(TutorialCoͲChair) Symposium (WNS) Randall Berry, [email protected] ([email protected]) Hai Jiang, [email protected] MischaDohler(TutorialCoͲChair) Farid Naït-Abdesselam, [email protected] ([email protected]) 6. Optical Networks and Systems Mounir Hamdi, [email protected] RossMurch(KeynoteChair) Symposium (ONS) Andrea Bianco, [email protected] ([email protected]) Srinivasan Ramasubramanian, [email protected] TedRappaport(GITCAdvisor) 7. Next-Generation Networking Wanjiun Liao, [email protected] ([email protected]) and Internet Symposium (NGS) Achille Pattavina, [email protected] MerrilyHartmann(GIMSAdvisor) Hussein Mouftah, [email protected] June LeachͲBarnaby (Comsoc Senior Project 8. Communication QoS, Reliability Nelson Fonseca, [email protected] [email protected] Manager) and Modeling Symposium (CQS) Charalabos Skianis, RogerPeplow(FinanceChair) Toshinori Tsuboi, [email protected] ([email protected]) 9. Ad-hoc, Sensor and Mesh Net- Nirwan Ansari, [email protected] SunilMaharaj(ConfOperationsChair) working Symposium (AHS) Walaa Hamouda, [email protected] ([email protected]) Nei Kato, [email protected] MariusMostert(BusinessChair) Hongchi Shi, [email protected] ([email protected]) 10. Multimedia Communications, Mohammed Atiquzzaman, [email protected] SteveAlves(ExhibitionChair) Communication Software and Zhu Li, [email protected] ([email protected]) Marcus Brunner, [email protected] Services Symposium (MCS) VivCrone(PatronageChair) Wenjing Lou, [email protected] ([email protected]) 11. Communication and Informa- Pramode K Verma, [email protected] BeaLacquet(PublicationChair) tion System Security (CIS) Abderrahim Benslimane, [email protected] ([email protected]) SaurabhSinha(RegistrationChair) TUTORIALS ([email protected]) Proposals are invited for half- or full-day Tutorials in communications and networking topics. These should be forwarded to [email protected] and [email protected] for reviews. JingxianWu(StudentTravelGrantChair) PANEL DISCUSSIONS Important Due Dates Submissions are sought for Panel Discussions the latest technical and business issues in telecommunications PaperSubmission: 4Sept.2009 topics. Proposals should be submitted to [email protected] and [email protected] for reviews. Accept.Notification:10Jan.2010 CameraͲReadyPaper:10Feb.2010 WORKSHOPS TutorialProposal: 4Sept.2009 Submissions are sought for Workshops on the latest technical and business issues in communications and PanelProposal:28Aug.2009 networking topics. Proposals should be submitted to [email protected] and [email protected] for WorkshopProposal:15May2009 reviews. Exhibition

Poster Session

32 33 34

30 31 29

25 26 27 21

20 22 23 24 26: Alcatel-Lucent 27: NEC Europe Labs 28: Elsevier 29: TU Dresden 30: Fraunhofer HHI 31: Nokia Siemens Networks 32: Signalion 33: Synopsys 34: DLR

6 1

9 1

5 1 13

4 1 12 11 10 9

7 8 6 16: Saxxess.com 17: Cambridge Univ. Press 18: WWRF/eMobility 19: mobileGAN 20: EASY-A 21: Tektronix Communications 22: Vodafone T&I Center 23: Qualcomm 24: Tieto 25: MEDAV

2 1 ), Alcatel-Lucent (9), 0, GC 2010, ICC 2011 ICC 2010, GC 0, derborn (11), Deutsche (11), derborn 1: IEEE ComSoc IEEE 1: 201 ICC 2009, GC 2-4: Schwarz & Rohde 5: mxMobile 6: 7-13: EASY-C Cluster Wiley-Blackwell 14: Dresden of City 15: (TU Dresden (TU (7), Dresden Vodafone (8 Kathrein (10), Univ. Pa Telekom AG (12), Fraunhofer HHI (13))

126 From Sunday, 14 June through Thursday, • Discover more about Tutorials Now, the 18 June, IEEE ICC will host an exhibition which online educational program of ComSoc complements the technical program. • Free sample copies, literature, conference A fully integrated exhibition area offers exhibi- calendar, and promotions available. tors and attendees an opportunity to discuss Ask about special offers. www.comsoc.org recent advances while creating new business relationships. 2-4: IEEE Globecom 2009 Hours: Sunday 6:00pm – 9:00pm during Welcome Reception Monday 9:00am – 7:00pm Tuesday 9:00am – 7:00pm Wednesday 9:00am – 7:00pm IEEE GLOBECOM 2009 with the theme Thursday 9:00am – 4:00pm “Riding the Wave to Global Connectivity,” will be held in Honolulu, Hawaii, USA from 30 November - 4, December 2009. Its high quality 1: IEEE ComSoc technical program will have sessions, tutorials, workshops with latest breakthroughs, and its EXPO will appeal to top industry, academic and government leaders and practitioners ® through a Design Developers Forum, ACCESS Networks and Enterprise Networking Forum. The IEEE Communications Society is a diverse This, in addition to a CEO Forum and Keynotes group of international communications from top leaders in the field, will appeal to professionals with a common interest in managers, researchers and practitioners advancing all communications technologies. from industry, academia and government It is the organization of choice for from around the world. Please join us at the communications and related professionals. meeting place of the world to network with The Society offers world-leading publications, colleagues and advance your career! conferences, and electronic resources to Website: www.ieee.globecom.org/2009 keep you up-to-date technically and aware of the latest scientific advances. 2-4: IEEE ICC 2010 Visit the stand to • Learn more about the IEEE Communications Society, events, programs, publications, Digital Library, and local chapters • Join the society with special offer rates for new members ICC 2010, 23 -27 May 2010 • See copies of our periodicals such as IEEE Since 1965 the International Conference on Communications Magazine, IEEE Wireless Communications (ICC) has been one the Communications Magazine, and IEEE flagship conferences of the Communications Transactions on Wireless Communications Society, and after 45 years South Africa will • Investigate the new IEEE Wireless be proud to host this event for the first time on Communications Engineering Technologies African soil. In keeping with the conference (WCET) certification program and pick up a theme of “Communications: Accelerating Candidate Handbook Growth and Development”, this conference

127 Exhibition

would bring together international experts sessions, tutorials and workshops and panel from business, government and academia, discussion of the latest breakthrough in who would lead to intensify tomorrow’s communication technology. Additionally, inventions and innovations in order to there will be exciting keynote presentations accelerate economic growth and improve and business forums from renowned leaders in the quality of life for all. The conference will be the field. Please join us in beautiful downtown held in the beautiful mother city of Cape Town Miami to network with colleagues as well as at the Cape Town International Convention enjoy the beautiful beaches and wonderful Centre (CTICC) and the organizing committee weather of Sunny Florida. promises to make this a truly inspiring African Website: www.ieee.globecom.org/2010 experience. Website: www.ieee-icc.org/2010

2-4: IEEE Globecom 2010 2-4: IEEE ICC 2011

IEEE ICC 2011 will be held in Kyoto, Japan from June 5-9, bringing together the world’s leading communication professionals from academia and industry. Recent advances IEEE GLOBECOM 2010 will be held in Miami, in the field of communications such as Florida, USA, over the dates of December Communication Theory, Signal Processing, 6-10. The technical program will have paper Wireless/Next Generation/Adhoc and

Exzellente Forschung benötigt exzellente Köpfe www.DLR.de Das Deutsche Zentrum für Luft- und Raumfahrt sucht engagierte Ingenieure/-innen und Informatiker/-innen. 29 Institute der Bereiche Energie, Verkehr, Luft- und Raumfahrt bieten zahlreiche Praktika, Diplom- und Doktorarbeiten sowie offene Stellen.

Interessiert? Schauen Sie bei uns vorbei: www.DLR.de/jobs Sensor Networking, Communications 6: MxMobile QoS,Communications Software, Services, Information Systems Security, Wireless Communications, and other relevant topics will be presented. This world-class event presents material through keynotes, technical In the cooperative project MxMobile, the sessions, tutorials, workshops, panels and consortium members investigate numerous keynote speakers. Exhibitors from around aspects of multiple-band multiple-standard the world will be there as well to interact communication systems - from network to with the attendees and share their latest terminal, from algorithms down to silicon and innovations. Attendees will have the chance software, from antenna to baseband circuits. to experience ICC for the first time in Japan. The goal is to enable future products on network and terminal side which support a combination of cellular and wireless standards more efficiently 5: Rohde & Schwarz than by employing dedicated solutions for each. This requires a shift from a pure hardware- centric to a more software-programmable and -configurable approach and also research in the area of efficient tools for hardware and software development. MxMobile is funded by For 75 years, Rohde & Schwarz has stood the German Federal Ministry of Education and for quality, precision, and innovation in all Research (BMBF). The consortium consists of fields of wireless communications. Rohde 10 partner institutions out of industry, research & Schwarz numbers among the market institutes, and universities. The project was leaders in all of its business fields, including started in early 2006 and many partners have wireless communications and RF test and finished most of their program. Many interesting measurement, terrestrial TV broadcasting, and results will be displayed during the exhibition. technologies relating to the interception and analysis of radio signals. 7, 29: Technische Universität Dresden Rohde & Schwarz is one of the world‘s largest manufacturers of electronic test and measurement equipment. In the past year, Rohde & Schwarz launched new product highlights for signal generation, spectrum analysis and EMC measurement, again Technische Universität Dresden was founded proving its innovative strength in RF test in 1828 and is among Germany’s oldest and and measurement. In the extremely high most renowned universities of technology. The frequency range, the introduction of products TUD is the largest university in the region, with for network analysis in the millimeter-wave more than 35 000 students and 7000 employees, range marked the entry in the terahertz including about 600 professors. The current focus technology of the future. On the wireless of the Vodafone Chair Mobile Communications market, the company strengthened its Systems at the University of Dresden lies on the leading position as a supplier of T&M solutions physical layer systems research, with a special for next-generation technologies such as LTE, emphasis on wireless radio network problems WiMAX and MIMO. More information can be (capacity and planning), wireless modems found on the website www.rohde-schwarz.com. (mobile terminals and base stations), and IC implementation architectures. Of particular

129 Exhibition

interest are problems and solutions that are worldwide, to deliver voice, data and video found in a trade-off between these focus communication services to end-users. areas. The chair was founded in September As a leader in fixed, mobile and converged 1994 by an endowment of the Mannesmann broadband networking, IP technologies, Mobilfunk GmbH, Düsseldorf, Germany. applications, and services, Alcatel-Lucent offers the end-to-end solutions that enable compelling communications services for 8: Vodafone people at home, at work and on the move. With operations in more than 130 countries, Alcatel-Lucent is a local partner with global reach. The company has one of the largest research, technology and innovation organizations focused on communications Vodafone Germany is one of the largest and - Alcatel-Lucent Bell Labs - and the most most modern telecommunications providers experienced global services team in the in Europe. It realises turnover of more than industry. Alcatel-Lucent achieved revenues of EUR 10 billion and has 15,000 employees. In Euro 16.98 billion in 2008 and is incorporated in conjunction with its full subsidiary Arcor AG & France, with headquarters in Paris. Co KG, Vodafone Germany is an integrated technology and service provider with a portfolio including mobile communications, 10: Kathrein fixed network telephony, internet and broadband data services for business and private customers. Continuous development, numerous patents and investments in new products, services and the modern network have made Vodafone an innovation leader Kathrein is a globally active company, in the German telecommunications market. specialising in antenna and communication Vodafone Deutschland is headquartered technology. The Kathrein group, led by in Düsseldorf and Arcor in Eschborn near KATHREIN-Werke KG, currently comprises 58 Frankfurt. Vodafone and Arcor are committed subsidiaries and partner companies, with to CSR and they also support numerous four production facilities in Rosenheim and projects through the German Vodafone twelve additional production facilities on five Foundation. The companies are part of the continents. Vodafone Group. Visit the websites at www. vodafone.de and www.arcor.de for further At present, the Kathrein group has a information. workforce of over 6,100 employees. In 2008, the turnover reached 1.3 billion euros. Two thirds of this sales volume is achieved abroad. 9, 26: Alcatel-Lucent With over 90 years of experience and competence, Kathrein is able to offer solutions for tomorrow’s telecommunication applications today. Kathrein is the world market leader in many areas of antenna Alcatel-Lucent (Euronext Paris and NYSE: technology and, since its establishment in ALU) provides solutions that enable service 1919, remains the world’s largest and oldest providers, enterprises and governments antenna manufacturer.

130 Product groups: around the design and implementation of FM/UHF/VHF broadcast antenna systems programming languages, especially domain- for radio and television (DAB/DVB, DVB-T, specific and visual languages. In the area of DVB-H), transmitting and receiving antennas, program analysis we work to improve software filters, duplexers and amplifiers for mobile quality of next generation Java smart card communication base stations (PMR, applications. Concerning optimizing code- GSM, PCN/PCS, CDMA, UMTS and TETRA), generation and fine-grained parallelization, broadband communication systems for we focus on methods to automatically cable TV networks, satellite reception systems, generate compilers and simulators for design specialist vehicle antennas, as well as space exploration of application-specific automotive, RFID and tracking systems. processors.

11: Universität Paderborn 12: Deutsche Telekom AG

The University of Paderborn is guided by As one of the world’s leading a central principle: “University for the telecommunications and information Information Society”. The teaching and technology service providers, Deutsche research profile offered within the University’s Telekom AG is setting international standards. five faculties incorporates a broad and Deutsche Telekom offers millions of private diverse range of subjects, covering the arts and corporate customers all over the world and humanities, economics and business the entire spectrum of modern information administration, natural sciences and technology and telecommunications engineering. services – whether fixed-network, wireless and broadband or complex IT and Research Group System and Circuit telecommunications (ICT) solutions for business Technology (Prof. Dr.-Ing. Ulrich Rückert): customers. Common research goal of the System and Circuit Technology group is the systematic Benefit for the customer is at the center of all design and appropriate use of innovative of Deutsche Telekom’s activities. The goal is to microelectronic systems. In this field, the make Deutsche Telekom the best and most group comprises work on system and circuit recognized service company in the industry. level, both in digital and analogue circuitry. That means products and services tailored to Particular attention is paid to evaluating the the customer’s requirements, firstclass network resource-efficiency of massively parallel and quality and a considerable improvement in dynamically reconfigurable implementations efficiency. of microelectronic systems. A framework for design-space-exploration has been T-Mobile is where Deutsche Telekom bundles developed, to target the application-specific its mobile communications activities. T-Mobile customization of Multi-Processor System-on- International AG is one of the world’s leading Chip (MPSoC) architectures. mobile communications providers, with more than 127 million customers in Europe and the Research Group Programming Languages United States. Here, too, the focus of further and Compilers (Prof. Dr. Uwe Kastens): development is on mobile broadband services The research interests of this group center with innovative voice and data solutions, such

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as the mobile Internet service web’n’walk or 14: Wiley-Blackwell the social networking feature MyFaves.

Deutsche Telekom Laboratories is Deutsche Telekom AG’s central research and development unit that is pioneering products and services for Deutsche Telekom customers. Wiley-Blackwell is the international scientific, It focuses primarily on topics and new technical, medical and scholarly publishing technologies that are expected to be rolled business of John Wiley & Sons, with strengths in out or market-ready in one-and-a-half to five every major academic and professional field years. Deutsche Telekom Laboratories is an and partnerships with many of the world’s affiliate institute of Technische Universität Berlin. leading societies. Wiley-Blackwell publishes For additional information about Deutsche over 1.400 peer-reviewed journals as well Telekom please visit the home page: as 1.500+ new books annually in print and http://www.telekom.com. online, as well as databases, major reference works and laboratory protocols. For more information, please visit www.wileyblackwell. 13, 30: Heinrich-Hertz-Institut in der com or www.interscience.wiley.com. Fraunhofer Gesellschaft

15: City of Dresden

Research and development activities at the Heinrich-Hertz-Institut are concentrated to expand the principles of information Dresden – your favorite place technology and to demonstrate new The Dresden region is the largest and applications for new products in partnership most important European location for with the industry. microelectronics and information technology - with more than 43.500 employees in about The core competencies of HHI are in the areas 1.200 companies, represented by the network • Photonic Networks and Systems (highly “Silicon Saxony”. The business sectors of local capacitive and flexible signal transmission) companies include the entire value creation • Broadband Mobile Communications chain. But the development and production (resource management for broadband of electronic components and integrated applications for UMTS and beyond (3GPP LTE)) circuits is one of the most significant sectors • Photonic Components (customized active of the Dresden microelectronic cluster. Large III-V semi-conducting components) semiconductor fabs and almost all leading • Image Processing (encoder / decoder for equipment manufacturers have settled here video and audio transmission) and deliver their products worldwide: Every • Interactive Media - Human Factors (2-D and second microchip produced in Europe comes 3-D display technologies; man machine from Dresden. The highly motivated and interface) qualified experts as well as the dense network of business, science and government are a decisive factors for future investors. Welcome to Dresden!

132 16: State Saxony companies from the region. But saxxess.com has been making offline headlines too! For several years, saxxess has invited experts to speak at its annual saxxess.events and hold periodical workshops. Here, the specialists talk about the burning IT and The IT state Saxony – now just a click away telecommunications issues, convey practical You can now get a glimpse of the diversity and relevant expertise and stimulate new of Saxony as an IT state through the online ideas. The saxxess.event 2009 will focus on portal www.saxxess.com, which from now on embedded systems, embedded software and will include news about future technologies RFID, dedicate several workshops to these made in Saxony. In addition to daily news issues and host a top-class panel discussion. from the local industries, the portal will provide The event will be held on 10th June 2009 visitors with news from the international IT in Dresden. Saxxess.com is a project of the market. An event diary will keep you up- Federal State of Saxony with support of the to-date on upcoming seminars, trade fairs European Fund for Regional Development. and congresses, and the MultiMediaAtlas The website is published by the Saxon State feature will provide visitors with an opportunity Ministry for Economy and Labour. to search through a directory of service Exhibition

17: Cambridge University Press in mobile communications. eMobility supports action and efficient collaboration, enabling the European network community to turn visions into innovations through it’s working group activities, publications and events. The community is open to new members and Cambridge University Press advances learning, charges no fees. To join, just click knowledge and research worldwide. It is an www.emobility.eu.org; For more success - integral part of the University of Cambridge join forces! and for centuries has extended its research and teaching activities by making available worldwide through its printing and publishing 19: mobileGAN a remarkable range of academic and educational books, journals, and examination papers. For millions of people around the globe, the publications of the Press represent their only real link with the University of Cambridge. http://www.cambridge.org When designing modern base stations for mobile communication, energy efficiency plays a very important role. A considerable 18: WWRF / eMobility fraction of the energy budget of a base station is caused by the power amplifier module. MobileGaN has the global goal to investigate amplifier concepts for future energy efficient mobile radio base stations. Therefor, research activities in order to develop highly efficient GaN-HFET based amplifiers are done. The projects within mobileGaN are coordinated according to the The Wireless World Research Forum (WWRF) competences of the partners. is the world’s leading research forum linking A global structure results from the two main industry and universities to define the research consortia around the projects “Class-S“ and strategy towards a fully Wireless World. “ELBA.“ In case of “Class-S,“ a new amplifier Membership is open to all organizations concept for base stations (“Class-S“) is in working in the field, and through its the focus of the activities from which a clear publications and meetings, WWRF provides efficiency improvement is expected. The an unrivalled opportunity to establish links emphasis within “ELBA“ is on investigation with fellow researchers across the world. At and development of a highly efficient power its ICC 2009 exhibition stand, you will be able amplifier for reconfigurable base stations, to meet WWRF members and executives to which are capable to support different mobile discuss the work of the Forum and the benefits radio standards. Both consortia are supported of membership. Copies of recent publications by accompanying projects on “technology“ will also be available. and “evaluation and characterization.“ These superordinated projects accomplish an The eMobility European Technology Platform important contribution to the questions to be brings together European organisations, to solved within “Class-S“ and “ELBA.“ address, as a community, the challenges of future networks, building on Europe’s success

134 20: EASY-A around the world an unparalleled suite of network diagnostics and management solutions for fixed, mobile, IP and converged multi-service networks. This comprehensive set of solutions supports a range of architectures and applications such as LTE, fixed mobile EASY-A is a cooperative project, focussed on convergence, IMS, broadband wireless the investigation and development of short access, WiMAX, VoIP and triple play, including range communication systems operating in IPTV. Tektronix Communications is the 60 GHz ISM band. The target data rates headquartered in Richardson, Texas with its are in the range of 1 Gbit/s to 10 Gbit/s at Test and Optimization Product Line based communication distances from about 1m up to in Berlin, Germany. Learn more about the 10m. Within the project, different applications company’s test, measurement and network are being addressed: monitoring solutions by visiting: www.tektronixcommunications.com. • Ultra-fast communication in medical systems and telemedicine conference systems, • Business and industry automation, 22: Vodafone Test and Innovation • Wireless transmission of uncompressed HDTV Center Video streams, • Fast synchronization of business data (wireless HD-backup), • Ultra-broadband wireless communication systems in the aircraft cabin for passenger connectivity (e.g. In-Flight Entertainment Vodafone Test & Innovation Center – Systems) Rely on our competence and innovation. We offer you the ideal conditions for testing and The project consortium consists of 14 partner perfecting your new IT and communications institutions - nine are from industries, three hardware and software solutions – from initial research institutes and two universities. concept right through to production. Additionally, a number of subcontractors supply specific know-how to the consortium. EASY-A is funded by the German Federal 23: Qualcomm Ministry of Education and Research (BMBF) http://www.pt-it.pt-dlr.de/en/1817.php and coordinated by IHP www.ihp-microelectronics. com. More information can be found on the project WWW pages www.easy-a.de. As the world’s largest 3G chipset provider, Qualcomm is committed to the development 21. Tektronix Communications and advancement of 3G technology. With offices throughout Europe, Qualcomm works closely with numerous operators, manufacturers and developers to enable the successful commercial roll-out of compelling, feature-rich 3G WCDMA (UMTS) and HSDPA/ Tektronix Communications provides network HSUPA services across the region. operators and equipment manufacturers

135 Exhibition

Qualcomm is a developer and supplier of information technology, pattern recognition, comprehensive chipsets and system software signal processing. MEDAV GmbH is a supporting high-speed mobile broadband successful, medium sized company in networks, as well as multi-mode/multi-band Germany located at Uttenreuth and Ilmenau. solutions. Qualcomm’s chipsets integrate We supply the whole range from individual a wide range of compelling capabilities, engineering services by our skilled engineers including 3D hardware-accelerated graphics to complete system solutions from single and the Company’s gpsOne® solution, the source. More information can be found on world’s most broadly deployed Assisted-GPS www.medav.de. technology. MEDAV GmbH has developed high sophisticated Channel Sounder Systems for 24: Tieto measurement and analysis of radio channels. The sounders are successfully deployed in research and development of future radio communication systems. The results are pre- condition for measurement based channel modeling as well as link- and system level Tieto is an IT service company providing IT, R&D simulations. The customer benefits from our and consulting services. With approximately long time experience in international and 16 000 experts, we are among the leading IT national research projects as well as our service companies in Northern Europe and the close cooperation with research partners at global leader in selected segments. university and industry. More information can be found on www.channelsounder.de We specialize in areas where we have the deepest understanding of our customers’ businesses and needs. Our superior customer 27: NEC Europe Ltd. centricity and Nordic expertise set us apart from our competitors.

We focus on serving large and medium-sized organizations in our main markets - Northern Europe, Germany and Russia. In telecom, For some 15 years, NEC has been active in forest, oil and gas as well as digital services, its European laboratories in research and we serve our customers globally. We work development of IT and network technologies. hand in hand with many of the world’s Today more than 100 researchers focus on leading companies and organizations and software-oriented research, reflecting the grow in step with them. needs and the strengths of the European market. The Labs are an important part of NEC’s global research organization based in 25: MEDAV Japan, the US, China and Europe. During the last years the convergence of technologies and markets has been a key driver. Today every network node is a programmable IT system and basically every IT system is connected to one or more networks, MEDAV GmbH is your partner for radio i.e. it is part of the universal Internet. The monitoring and measurement techniques, exhibition will explain the activities in NEC

136 Europe’s Laboratories in Germany and the At ICC 2009 we will be displaying our UK, including a live demonstration of recent communications journals and free sample research results. copies will be available on the Elsevier booth. We will also have issues of our new journal Physical Communication which was launched 28: Elsevier in 2008. More information on all our computer science journals can be found at: www. elsevier.com/computerscience.

Our latest books on communications engineering will also be available to browse Elsevier is the leading publisher of science and buy on the booth at discounted prices. and health information delivering world-class View all Elsevier communications engineering information and innovative tools to more than titles and read sample chapters at 30 million researchers, students, educators www.elsevierdirect.com/communications. and practitioners worldwide.

CONNECT WITH INSPIRING MINDS

Get involved in creating innovative communication. Great teamwork always pays off.

ericsson.com/careers

TALK TO US ABOUT CAREER OPPORTUNITIES Exhibition

31: Nokia Siemens Networks system development. Signalion is located in Dresden, a city that uniquely combines an 800-year historic, baroque background with the pulsing high-tech multi-billion Euro semiconductor businesses that have turned the region into Europe’s number one silicon Nokia Siemens Networks is a leading global site. Further information can be found on enabler of telecommunications services. With http://www.signalion.com. its focus on innovation and sustainability, the company provides a complete portfolio of mobile, fixed and converged 33: Synopsys network technology, as well as professional services including consultancy and systems integration, deployment, maintenance and managed services. It is one of the largest telecommunications hardware, software and professional services companies in Synopsys, Inc. (NASDAQ:SNPS) is a world the world. Operating in 150 countries, its leader in electronic design automation (EDA), headquarters are in Espoo, Finland. www. supplying the global electronics market with nokiasiemensnetworks.com the software, intellectual property (IP) and Engage in conversation about Nokia Siemens services used in semiconductor design and Networks’ aim to reinvent the connected manufacturing. With its System Studio offering world at unite.nokiasiemensnetworks. Synopsys accelerates the design of complex, com and talk about its news at blogs. digital signal processing (DSP) systems. System nokiasiemensnetworks.com Find out if your Studio’s system-level algorithm creation, country is exploiting the full potential of simulation and analysis capabilities include connectivity at connectivityscorecard.org efficient C/C++-based modeling and simulation and enable model reuse across design teams. Its unparalleled modeling efficiency and 32: Signalion performance make Synopsys System Studio the premier choice for today’s complex designs in the wireless and multimedia markets.

34: DLR Signalion was founded in 2003 as a start-up from the University of Technology Dresden. Signalion is an established provider of air-interface diagnostics solutions for 3GPP-LTE. Having introduced the first LTE test-UE to the market, Signalion is a pioneer in providing new features DLR is Germany’s national research center for and solutions in the context of LTE infrastructure aeronautics and space. Approximately 5700 testing. Signalion’s 3GPP-LTE-products support people work for DLR; the center has 29 institutes wireless infrastructure development, field trials, and facilities at 13 locations in Germany. The and inter operability and production testing. DLR-Institute of Communications and Navigation The company combines the unique experience – located in Oberpfaffenhofen near Munich of many years of wireless research, algorithm - develops and investigates new systems and implementation, and leading edge wireless methods for radio transmission and positioning.

138 A4 PDF.pdf 4/16/09 4:36:44 PM

Mark Your Calendar to Attend the Premier Telecommunications Event

Riding the Wave to Global Connectivity IEEE GLOBECOM 2009 covers the entire range of communications technologies, offering in-depth information on the latest developments in voice, data, image, and multimedia.

TECHNICAL PROGRAM COMMUNICATIONS EXPO

s Technical Symposia focus on technological trends in recent s CEO Forum features high-level executives addressing challenges, communication research and development from academia to the industrial opportunities, and the future of the industry. laboratories throughout the world. s Exhibition showcases the latest technologies, applications, and services s Tutorials & Workshops address emerging technical and business issues in communications technologies.

M Registration will open on June 30th

CM REGISTRATION FEES HOTEL MY

CY Full IEEE ComSoc Member $780 The conference will take place at the Hilton CMY Full IEEE Member $822 Hawaiian Village. Those who make their K Limited IEEE ComSoc Member $600 reservations early will be eligible for the Limited IEEE Member $642 prizes drawing. Full Non Member $1050 Limited Non Member $870

PATRONS

www.ieee-globecom.org/2009 ® General Information

Information Desk The ATM (Automatic Teller Machine) in If you have any questions or need support, Germany are known as “Geldautomat”. There please visit our information desk at the are many to be found in the large cities and entrance on Terrace Level (Terassenebene). even in small towns. Most of the machines prompt the user for the preferred language Registration at the beginning of the transaction (German, Opening hours: English, French, Spanish are typical choices). Sunday, June 14 7:30am-6:30pm Locate the corresponding symbol (VISA, Monday, June 15 7:00am-5:30pm electronic cash, etc.) on the ATM and on Tuesday, June 16 7:00am-5:30pm your card to ensure the card is usable on that Wednesday, June 17 7:00am-5:30pm particular unit. If you are unsure about the Thursday, June 18 7:00am-2:00pm compatibility or the banking systems, contact your credit card company or local bank. Note The registration desk and conference bag that on most ATMs, the keys/digits are not counter are located on ground floor opposite inscribed with the corresponding letters (e.g. 2 to Saal 1. and A,B,C). In case you have memorized your PIN as a word, you should make sure that you Food & Beverage know the numbers as well. With a Full or Limited registration you receive a complimentary lunch on Monday through Banking Hours Wednesday in Grosser Saal (ground floor). Banks in Germany are open Monday With a One-Day registration you receive a through Friday (mainly from 9:00am to noon complimentary lunch on the day of your and from 3:00pm to 6:00pm) and closed registration. Workshop and tutorial attendees all day on Saturday and Sunday and on receive a complimentary lunch on the day of national holidays. Traveller’s checks can be the workshop and tutorial, respectively. exchanged for European currency at most hotels and shops and at the foreign exchange Internet Café / Wireless Access offices in main railway stations and at the Wireless LAN is free at IEEE ICC 2009. You find airports. your username and password as a separate information in your conference bag. If you Currency experience problems with the set-up of your The monetary currency is the Euro which is Wireless LAN connection, please contact our divided as follows: bills of 5, 10, 20, 50, 100, WLAN support desk. Furthermore, you can use 200, 500 Euros; coins of 1, 2 Euro, and of 1, 2, our internet corner, which is located in Grosser 5, 10, 20 and 50 cents. Saal on the upper level (“Konferenzebene”). How to Get Euros Traveller’s Checks You can obtain Euros through any bank, ATM In major German cities and tourist areas machines, or exchange office (Geldwechsel) traveller’s checks are accepted. The rate of at airports, seaports and railway stations in the exchange is calculated on the daily rate of main cities in Germany. Please keep receipts exchange shown on the newspapers. of currency exchanged in case it would be necessary to reconvert Euros back before ATMs and Debit Cards leaving the country. Most reputable establishments will accept major credit cards. Those establishments Healthcare and Medical Assistance accepting credit cards will post the logos in People requiring urgent medical care should their front windows. go to the nearest hospital emergency room (airports and many train stations also have

140 medical teams and first aid facilities). Those Postal Service with serious illnesses or allergies should always Stamps may be purchased at the Post Office carry a special note from their physicians (Post) and at tobacco shops. Always check at certifying in detail the treatments in progress the counter for the exact fare to the country or that may be necessary. Pharmacies of destination. Post Offices are usually open (Apotheken), generally follow shops times from 8:30am - 12:00pm and from 3:00pm - (approx. from 8:30am to 12:30pm and from 6:00pm On Saturdays they close at 12:00. 3:00 to 7:30pm, Monday to Saturday, but in large cities many are open non-stop. Night- Electrical Appliances time service is provided on a shift basis. The electrical current in Germany is AC - the cycle Business hours and night shifts are displayed is 50Hz and 220V. This implies that a transformer outside of each chemist’s (they are also might be needed for some electrical appliances. published in local papers). Plugs have round prongs, not flat, therefore an adapter plug may be needed. This can be Tipping Advice obtained either before leaving your country or at Tips are customary in Germany, but not an electrical appliance shop in Germany. essential. The tradition of the tip remains impervious to change, even though cafe or Laundry and Dry Cleaners restaurant prices include both cover charge Most hotels have laundry and dry cleaning and service. A typical tip for good service in facilities. If the hotel does not provide these taxis and restaurants would be some 10%. On services, the desk clerk can direct you to the paying the bill, if it is paid in cash it is a matter nearest laundry (Waschsalon). of leaving a few notes from the change, or saying to the waiter “stimmt so” (it’s all right), Shopping when the difference between the amount Most shops are open Monday to Saturday paid and the actual bill automatically from 9am to 8pm. becomes the tip. When using a credit card, there are two possibilities: if the total on the A short German/English Dictionary credit card slip is the same as the bill, again GERMAN ENGLISH leave some notes as a tip; but if the amount Abfahrt departure or the total are blank, simply round up the Ankunft arrival total to include the tip when signing the credit Fahrkarten-Automat ticket vending machine card slip. Datum date Fahrplan time-table Emergency Telephone Numbers Flughafen airport 110 Police - Emergency (Polizei - Notruf) Haltestelle tram or bus stop 112 Fire Department (Feuerwehr) Hauptbahnhof main station 11880 Phone Directory Assistance morgen tomorrow nach to 0180 2 222 222 for the ADAC (Allgemeiner Platz place, square deutscher Automobil-Club) - for road side Reisetag travel day assistance Richtung direction S-Bahn name of trains in Public Telephones metropolitan area Public telephones are available throughout Stadtplan city map Germany. Public phone booths either Strasse street work with Euro coins or with phone card Ticket Automat ticket vending machine (Telefonkarte), which may be purchased at von from any newsstand or tobacco shop. Zeit time

141 Social Events Tours

Welcome Reception Castle Tour – Steamer trip Sunday, 14 June 2009, 6:00pm Monday, 15 June 2009 Place: International Congress Center Get to know Dresden’s riverside on a ship of Interact with exhibitors and fellow attendees the world‘s oldest steamer fleet! Starting at the as you enjoy an amazing scenic view of historic city centre, you enjoy the view while Dresden at night. This event is included with the traveling upstream and passing the romantic conference registration fee. Accompanying castles on the elbe hillside. The highlight of guests are welcome to attend. the trip is the visit of Pillnitz Castle, a unique ensemble of architecture and garden design Awards luncheon from the 18th century. Monday, 15 June 2009, 12:20pm - 2:00pm Place: International Congress Center Visit of the Church of our Ladies (“Frauenkirche”) Tuesday, 16 June 2009 Celebrate with your colleagues at this biannual event honoring the achievements The Church of Our Ladies, ever since a symbol of the IEEE and IEEE Communications Society of conciliation, was reconstructed with members. This year the event is included with donations from German and international full, limited and one day registration (if you foundations. Since the conciliation in 2005 are attending on Monday). it again completes Dresden’s picturesque skyline. Interested participants may visit the Banquet church and experience the unique ambience Tuesday, 16 June 2009, 6:00pm in this magnificent baroque dome. Place: “Japanisches Palais“ The Historical Green Vault (“Grünes Gewölbe”) After an optional, scenic walk along Wednesday, 17 June 2009 Dresden’s historic center, the organizing committee welcomes you to historic Dresden Amidst Dresden’s impressive historic scenery you with a cocktail on the banks of the Eble will find Europe’s most beautiful and precious River. After acquainting with new colleagues treasure chamber museum, the Historic Green and catching up with old friends, you will Vault. Founded by August the Strong, it has dine on local cuisine while experiencing been reopened in September 2006. The Historic entertainment in an unforgettable ambiance. Green Vault presents the most exceptional The evening will close with a spectacular baroque work of art in all its wealth and glory. fireworks display and the breathtaking Experience all the unique artwork made of “Canaletto-view” to Dresden. gold, silver, jewel, ivory, bronze, and amber.

Excursion to “Saxon Switzerland” (“Sächsische Schweiz“) Thursday, 18 June 2009

The bus brings you upstream the river Elbe to the Elbe sandstone highlands. These highlands, also called “Saxon Switzerland,” form a national park that offers numerous opportunities for relaxation and leisure, whether in the form of rambling, hiking, climbing or canoeing. At first you visit

Canalettoblick Germany’s biggest fortress: Königstein Fortress. Then you enjoy the magnificent view from the highest cliff of the Elbe sandstone highlands.

142 About Dresden

Dresden is the perfect place for the IEEE charm and the beautiful meadows at the International Conference on Communi- Elbe river. Most of the cultural heritage was cations as it uniquely combines over 800 years rebuilt more beautifully than ever before. of historic, baroque background with the The highlight of the reconstruction process pulsing high-tech multi-billion semiconductor was the ceremonial reopening of the church businesses that have turned the region into “Frauenkirche” in 2005. Europe’s number one silicon site. Numerous companies and R&D institutions of the mobile Besides its historical importance, Dresden communications sector help in establishing a was always a city of culture and tradition global network of excellence in wireless. with international reputation. Above the beautiful banks of the Elbe river, Dresden Dresden can look back on a history full of offers a diversity of castles, palaces, museums, ups and downs. The city with its 500,000 theaters, churches and other baroque inhabitants was always part of European buildings. These buildings host a variety politics, e.g., Dresden’s glorious Augustan of cultural treasures such as the gallery Age from which most of the cultural treasures “Gemäldegalerie Alte Meister” (where the originate, the first German Republic 1848 Sistine Madonna by Raffaello is shown), the and, unfortunately, the second world war. “Grüne Gewölbe” which hosts the treasure of In the nights between 13th and 15th February the old saxonian kings, the “Mathematisch- 1945, allied bombers heavily destroyed Physikalischer Salon” presenting different tools major parts of Dresden. Since then, all parts used by mathematicians and physicists in of Dresden have been rebuilt and the city‘s the 18th and 19th century and the porcelain picture changed, but preserved its baroque collection, to list only a few.

Kurfürstenzug (Electors Train)

143 A passion for innovation to create the right formula for your success With more than a century of history and 150,000 employees worldwide, NEC, a US$ 46 billion global leader in IT and networking has been passionate about leveraging the power of innovation to build prosperous and sustainable societies.

By integrating our core strengths in IT and networking, coupled with our advanced semiconductor technologies, we deliver tailored solutions that meet the diverse and changing needs of customers around the world.

NEC empowers you through innovation

http://www.nec.com/

144

Saal Seminar Poster Konferenz Area

Gro- ßer 1 2 3 4 5 1 2 3 4 5 6 1 2 1 2 3 4 5 6 Saal

Sunday, 14 June 2009

9:00 - 12:30 W01 W02 W03 W04 W05 T01 T02 T03 T04 T05 Lunch 14:00 - 17:30 W01 W02 W03 W04 W05 T06 T07 T08 T09 T10

Monday, 15 June 2009

9:00 - 10:30 Opening

WCS WCS WCS AHSN ONS SAC CQRM WCS NGN WN WN CT SPC CISS 10:50 - 12:20 P01 01 02 03 01 01 01 01 P1 P1 01 02 01 01 01

Lunch

WCS WCS WCS AHSN ONS SAC CQRM CSWS WCS WN WN CT SPC CISS 14:00 - 15:30 P02 04 05 06 02 02 02 02 P1 P2 03 04 02 02 02

WCS WCS WCS AHSN ONS SAC CQRM CISS AHSN WN WN CT SPC SPC 16:00 - 17:30 K01 07 08 09 03 03 03 03 P1 P1 05 06 03 03 04

Tuesday, 16 June 2009

8:00 - 8:50 K02

WCS WCS WCS AHSN CQRM SAC NGN SPC CT WN WN SPC CISS CSWS 9:00 - 10:30 P03 CT04 10 11 12 04 04 04 01 P1 P1 07 08 05 03 01

WCS WCS WCS AHSN CQRM SAC NGN ONS AHSN WN WN SPC CISS 10:50 - 12:20 P04 CT05 13 14 15 05 05 05 02 P1 P2 09 10 06 04

Lunch

WCS WCS WCS AHSN CQRM SAC NGN SPC WCS WN WN SPC CISS 14:00 - 15:30 P05 CT06 16 17 18 06 06 06 03 P2 P3 11 12 07 05

WCS WCS WCS WCS AHSN CQRM SAC NGN CISS CT WN WN SPC CISS AHSN 16:00 - 17:30 K03 CT07 19 20 21 22 07 07 07 04 P2 P2 13 14 08 06 08

Wednesday, 17 June 2009

8:00 - 8:50 K04

WCS WCS WCS WCS CISS CISS ONS CSWS NGN SAC WN SPC AHSN AHSN 9:00 - 10:30 P06 WN15 CT08 CT09 23 24 25 26 07 08 04 02 05 P1 P1 09 09 10

WCS WCS WCS WCS CISS CISS ONS CSWS NGN CQRM WN SPC AHSN AHSN 10:50 - 12:20 P07 WN16 CT10 CT11 27 28 29 30 09 10 05 03 06 P1 P2 10 11 12 Lunch

WCS WCS WCS WN CISS CISS ONS CSWS CQRM WCS WN SPC AHSN AHSN 14:00 - 15:30 P08 WN18 CT12 CT13 31 32 33 17 11 12 06 04 08 P4 P3 11 13 14

WCS WCS WCS WN CISS CISS ONS CSWS CQRM WCS WN SPC AHSN AHSN 16:00 - 17:30 WN20 CT14 CT15 34 35 36 19 13 14 07 05 09 P5 P4 12 15 16

Thursday, 18 June 2009

9:00 - 12:30 W10 W07 W08 BMBF W09 W09 W06 W06 T11 T12 T13 T14 T15

Lunch

14:00 - 17:30 W10 W07 W08 BMBF W09 W09 W06 W06 T16 T17 T18 T19 T20 IEEE ICC 2009 | http://www.ieee-icc.org/2009

In cooperation with ITG (Information Technology Society within VDE).