Powered by a More Connected World

Total Page:16

File Type:pdf, Size:1020Kb

Powered by a More Connected World A more connected world Powered by The Power of Innovation ICT Innovation Impact: R&D, Results and Return The 2007-2008 Prompt Report The Power of Innovation Table of Contents “Prompt-supported partnerships are an integral part of InterDigital’s corporate research activities. We regard our university-based partners as an extension of our R&D team, complementing our internal advanced technology initiatives. We are enthusiastic about the results of our current collaborations with McGill and Concordia Universities and believe that these initiatives ICT Innovation Impact: R&D, Results and Return... 2 will have a very positive impact on our technology Powered by Prompt roadmap. Prompt serves as an excellent talent scout for the industry, facilitating access to the wealth of Prompt at a Glance 4 expertise across Québec’s university network.” Letter from the Chair 6 Michel Desgagné Letter from the President and CEO 8 Vice-President, InterDigital Canada, InterDigital Communications Information and Communications Technologies… 10 Creating a ‘Smarter’, More Connected World... and a Stronger Economy University-Industry Major Projects: 2006-2008 12 “Prompt bridges a critical gap between small-to- Highlights: 2007-2008 14 medium-sized companies, helping to connect industry to the best minds in the academic community and new Success Stories 16 sources of funding. This allows growing companies such as iBwave to capitalize on knowledge and Leveraging Scientific Leadership 28 know-how in universities, applying these to their business. Prompt plays an essential role, as academic Prompt Board of Directors, 2007-2008 30 researchers do not often speak the same language or share the same perspective as their private sector Prompt Members, 2007-2008 31 partners. Prompt bring these two worlds together, in a cost-effective and efficient way.” Mike Cegelski Executive Chairman and Chief Strategic Officer, iBwave ICT Innovation Impact: R&D, Results and Return... Powered by Prompt For the entrepreneur... who aims to develop a working prototype… to demonstrate an exciting new technology to investors who can help bring it to market... For the small-to-medium-sized company... that requires more R&D capacity...to undertake lucrative next-generation research and fulfill a promise of high return... For the well-established company... that seeks the next disruptive technology…and the highly qualified people who can turn new ideas into world-class products... For the university research leader... who strives to gain greater leverage from public research investments and infrastructure...to develop brilliant minds...and to push the boundaries of science... For the government investor... who pursues cutting-edge ways to stimulate commercialization...to attract foreign investment... and create innovation models that generate real results—and real return... For the people of Québec... and others around the world...who believe in the power of discovery...in technologies that deliver cleaner air, water and the promise of a healthy future for our children...that accelerate the detection, diagnosis and prevention of disease…that reduce life-threatening errors in the emergency room…that improve the safety of our military heroes as they serve and protect...that bridge us to every corner of the globe. 2 Years Prompt Industry NSERC Total 2003-2005 $3 million $300,000 $5.1 million $8.4 million 2006-2008† $1.8 million $2 million $2.1 million $5.9 million 2008-2010 $4 million $4 million $6.5 million $14.5 million Since its inception in 2003, Prompt has stimulated: Overview: Prompt-supported R&D Major Projects, • A return of more than 2-to-1 for every dollar invested 2003-2010 by the Government of Québec, leveraging $14.1 million from the provincial government to stimulate R&D Years 2003-2005 2006-2008 2008-2010* partnerships valued at $30 million in cash contributions to universities, complemented by an additional $4.8 Number of 3 3 3 million of in-kind contributions from industry. Major Projects › Following Prompt’s ‘proof-of-concept’ phase (2003- 2005), this rate of return is steadily approaching Total Number of Targeted 12 14 22 R&D Partnerships 3-to-1. Number of 12 15 27 • A return of more than 7-to-1 for companies engaged Companies in Prompt-supported projects that benefit from Number of additional funding from the Natural Sciences and Universities 11 9 10 Engineering Research Council (NSERC) of Canada and other granting agencies, and scientific research and Number of Researches 180 200+ TBC experimental development (SR&ED) tax credits from provincial and federal governments. * Prompt will host an additional Call for Proposals for a Green ICT Major Project in spring 2009, with funds to be allocated by the end of year. Overview: Cash Investment in Prompt-supported R&D Major Projects, 2003-2010 Each Major Project is comprised of several targeted R&D partnerships that address specific challenges in a Years Prompt Industry NSERC Total given area of focus or theme. This ‘Major Project model’ 2003-2005 $3 million $300,000 $5.1 million $8.4 million addresses the unique needs of an ICT sector that is 2006-2008† $1.8 million $2 million $2.1 million $5.9 million comprised of many small-to-medium-sized companies. 2008-2010* $4 million $4 million $6.5 million $14.5 million By bringing together researchers with complementary skills and requirements in thematic programs, Prompt † Includes investment in Canada-China partnership is helping to establish communities of R&D interest with critical mass. This facilitates partnerships between academic and industrial researchers with ICT competence, and accelerates the development of new expertise. Total Number Number of Number of Number of Years of Projects Companies Universities Researches 2003-2005 12 12 11 180 2006-2008 14 15 9 200+ 2008-2010* 24 26 11 TBC 3 Prompt at a Glance Prompt is a non-profit corporation that stimulates industry-university R&D partnerships to increase the competitiveness of the Information and Communications Technologies (ICT) sector in Québec. Leveraging investment from the Government of Québec, the private sector and the Natural Sciences and Engineering Research Council (NSERC), Prompt facilitates the development of new alliances that increase the R&D capacity of Québec-based companies, maximize public investments in research and enable the development of highly qualified people by: • Providing funding for pre-competitive R&D partnerships that engage at least one company, and two universities...Prompt stimulates collaborative projects that must be completed within two years of funding to ensure synergy with industry timelines and market windows. • Brokering new relationships amongst researchers, developers and leaders in academia, industry, government and the investment community in Québec—and increasingly across Canada and around the world...Prompt is a catalyst for the creation of dynamic teams, the expansion of business networks, and the stimulation of new opportunities. • Creating a virtual technology showcase for innovators in Québec...Prompt serves as a key information source and voice for the ICT industry. Maximizing the impact of three employees, Prompt has stimulated nine Major Projects, comprised of 48 targeted university-industry partnerships. Generating more than $30 million in cash contributions to universities, these R&D collaborations engaged over 40 unique industry partners. Prompt is also leading several pan-Canadian and transcontinental initiatives, with an increasing “It is often very challenging for companies to identify and attract top R&D talent, particularly promising university students. Prompt provides an effective mechanism to source engineers with relevant expertise and experience. They bolster the ‘research’ side of the R&D equation, generating new ideas that can lead to novel product development. As an industry partner, Ultra Electronics benefits directly from the outcomes of Prompt-funded projects. We gain significant leverage on these initiatives–and have hired some of our best collaborators from universities across Québec.” Alan Barker President, Ultra Electronics, Tactical Systems 4 number of partners across the United States of America Financial Leverage That Drives Growth and China. ‘000 CAD$ 300 290 Investment 280 University fees The partnerships facilitated by Prompt are financed 270 $27,750 by the private sector, the Government of Québec and 260 250 the Government of Canada. As these initiatives often 240 NSERC 230 $100,000 receive additional funds from the Natural Sciences 220 and Engineering Research Council (NSERC) and 210 200 other granting agencies, and scientific research and 190 180 experimental development (SR&ED) tax credits from 170 provincial and federal governments, the value of every 160 150 Prompt Total amount dollar invested by a company can generate a return of 140 $85,000 more than a factor of seven. 130 invested in R&D 120 $257,250 110 100 Building on an injection of more than $6 million from 90 the Government of Québec in February 2008 and an 80 SR&ED related 70 savings ambitious strategic plan, Prompt will expand the scope 60 Business 50 $64,566 and number of its partnerships during 2008-2010. Given 40 $100,000 30 the increasing convergence of different technologies and Cost to business 20 X7.26 scientific disciplines,Prompt will aim to help companies 10 $34,434 0 capitalize on the increasing demand for information In the above simulation, the total tax benefits and SR&ED related cost savings can vary and communications technologies in all sectors of according to the size of the company. the economy—from life sciences to environment, aerospace, automotive, public safety and energy. An example: A company invests $100,000 in a joint research project These opportunities extend beyond the borders with a Quebec-based university. As scientific research and experimental development (SR&ED) tax credits are made available to the company of Québec—and Canada. As global opportunity expands, through the Governments of Canada and Québec, the total cost of the Prompt is increasing its emphasis on the development of project to the company becomes $34,000.
Recommended publications
  • A Survey of Non-Orthogonal Multiple Access for 5G
    The University of Manchester Research A Survey of Non-Orthogonal Multiple Access for 5G DOI: 10.1109/COMST.2018.2835558 Document Version Accepted author manuscript Link to publication record in Manchester Research Explorer Citation for published version (APA): Dai, L., Wang, B., Ding, Z., Wang, Z., Chen, S., & Hanzo, L. (2018). A Survey of Non-Orthogonal Multiple Access for 5G. IEEE Communications Surveys and Tutorials. https://doi.org/10.1109/COMST.2018.2835558 Published in: IEEE Communications Surveys and Tutorials Citing this paper Please note that where the full-text provided on Manchester Research Explorer is the Author Accepted Manuscript or Proof version this may differ from the final Published version. If citing, it is advised that you check and use the publisher's definitive version. General rights Copyright and moral rights for the publications made accessible in the Research Explorer are retained by the authors and/or other copyright owners and it is a condition of accessing publications that users recognise and abide by the legal requirements associated with these rights. Takedown policy If you believe that this document breaches copyright please refer to the University of Manchester’s Takedown Procedures [http://man.ac.uk/04Y6Bo] or contact [email protected] providing relevant details, so we can investigate your claim. Download date:10. Oct. 2021 1 A Survey on Non-Orthogonal Multiple Access for 5G Networks: Research Challenges and Future Trends Zhiguo Ding, Senior Member, IEEE, Xianfu Lei, Senior Member, IEEE, George K. Karagiannidis, Fellow, IEEE, Robert Schober, Fellow, IEEE, Jihong Yuan, Fellow, IEEE, and Vijay Bhargava, Life Fellow, IEEE Abstract—Non-orthogonal multiple access (NOMA) is an es- resource block, e.g., a time slot, a frequency channel, a sential enabling technology for the fifth generation (5G) wireless spreading code, or an orthogonal spatial degree of freedom.
    [Show full text]
  • BY AJIT JAIN IFC-IBC Final Layout 1 12/23/2015 11:28 PM Page 1 1-3 Title Page Layout 1 1/5/2016 6:14 AM Page 1
    cover and back cover final_Layout 1 1/4/2016 10:41 PM Page 2 THE 2016 N N BY AJIT JAIN IFC-IBC final_Layout 1 12/23/2015 11:28 PM Page 1 1-3 Title page_Layout 1 1/5/2016 6:14 AM Page 1 THE A-LIST 2016 N N By Ajit Jain 1-3 Title page_Layout 1 1/5/2016 6:14 AM Page 2 1-3 Title page_Layout 1 1/5/2016 6:14 AM Page 3 Contents p. 06;09 INTRODUCTION p. 10;13 INDO;CANADIANS IN THE FEDERAL CABINET Amarjeet Sohi, Bardish Chagger, Harjit Singh Sajjan, Navdeep Bains p. 14;58 INDO;CANADIAN HIGH ACHIEVERS Abhya Kulkarni, Anil Arora, Anil Kapoor, Arun Chokalingam, Baldev Nayar, Chitra Anand, Deepak Gupta, Desh Sikka, Dilip Soman, Dolly Dastoor, Gagan Bhalla, Gopal Bhatnagar, Hari Krishnan, Harjeet Bhabra, Indira Naidoo-Harris, Jagannath Prasad Das, Kasi Rao, Krish Suthanthiran, Lalita Krishna, Manasvi Noel, Manjul Bhargava, Navin Nanda, Omar Sachedina, Panchal Mansaram, Paul Shrivastava, Paviter Binning, Pooja Handa, Prabhat Jha, Prem Watsa, Ram Jakhu, Raminder Dosanjh, Renu Mandhane, Rohinton Mistry, Sajeev John, Sanjeev Sethi, Soham Ajmera, Steve Rai, Sunder Singh, Veena Rawat, Vijay Bhargava,Vikam Vij p. 60;62 THE A-LIST FRIENDS OF INDIA Gary Comerford, Mathieu Boisvert, Patrick Brown 2016 p. 64;69 INDO;CANADIAN INSTITUTIONS AIM for SEVA Canada-India Center of Excellence in Science, Technology, Trade and Policy Canada India Foundation Center for South Asian Studies Child Haven International Shastri Indo-Canadian Institute EDITOR AND PUBLISHER Ajit Jain DESIGN Angshuman De PRINTED AT Sherwood Design and Print, 131, Whitmore Road, #18 Woodbridge, Ontario,L4L 6E4, Canada EDITORIAL AND PRODUCTION Crossmedia Advisory Services Inc.
    [Show full text]
  • Proceedings 2008 International Workshop on Advances In
    Proceedings 2008 International Workshop on Advances in Communications The Fairmont Empress Hotel, Victoria BC September 21 - 23, 2008 Sponsored by TELUS and IEEE Victoria Section Preface Welcome to the 2008 International Workshop on Advances In Communication. This workshop was organized to honour Professor Vijay Bhargava on the occasion of his 60th birthday. For those of us that know Vijay, it is hard to believe he is turning 60, as his energy and travelling schedule has not diminished over the years. Here is the story thus far. Vijay Bhargava was born in Beawar, India on 22 September 1948. He came to Canada in 1966 and received his B.Sc., M.Sc. and Ph.D degrees from Queen’s University, Kingston, Ontario in 1970, 1972 and 1974, respectively. During the summer breaks of his undergraduate years he worked with Falconbridge Nickel Mines in Sudbury, Ontario for a total of 60 weeks at 4000 feet below ground. While at Queen’s he met Jack Stein, Gerald Seguin, Ian Blake, Jennifer Seberry, Robert Matyas and Alan Winter. They played an important role in the development of his career. His first Stanley Cup playoff in Canada was in 1967 and the winner was the Toronto Maple Leafs. Vijay started his academic career at the Indian Institute of Science, Bangalore in 1974 but returned to Canada in October 1975. After a brief stint as a Security Guard in Toronto, he joined the University of Waterloo as a Post-Doctoral Fellow under the supervision of Professors Ian Blake and Jon Mark. In September 1976, he joined Concordia University in Montreal as an Assistant Professor.
    [Show full text]
  • Professor Vijay K. Bhargava 16 September 2011, CTU in Prague, FEE, Czech Republic Green Cellular Networks: a Survey, Some Research Issues and Challenges
    FEE K13137 Digital Radio Communications (DiRaC) group introduces Green, Green, Green — you see it everywhere... But have you ever asked yourself what this particularly means in the context of the wireless communications? Come to see the IEEE expert to answer this! Professor Vijay K. Bhargava 16 September 2011, CTU in Prague, FEE, Czech Republic Green Cellular Networks: A Survey, Some Research Issues and Challenges Professor Vijay K. Bhargava Location & Time Friday 16 September 2011, 15:00–16:00, room T2:C3-434 The lecture is open for all academics and students. Lecture abstract In this talk, we present techniques to enable green communications in future generation of wireless systems that will rely on cooperation and cognition to meet increasing demand of high data rate. So far, achieving high data rate has been the primary focus of research in cooperative and CR systems, without much consideration of energy efficiency. However, many of these techniques significantly increase system complexity and energy University of British Columbia consumption. Escalating energy costs and environmental concerns Vancouver, Canada have already created an urgent need for more energy-efficient President-Elect, IEEE Communications Society “green” wireless communications. Therefore, we need to design energy-efficient solutions for cooperative and cognitive networks, http://www.ece.ubc.ca/~vijayb/ which will potentially drive the future generation of wireless communication. We focus on several important topics that are Short Bio crucial towards reducing the energy consumption of the cognitive Vijay Bhargava, an IEEE Volunteer for three decades, is Professor in the and cooperative networks. These topics include efficient base Department of Electrical and Computer Engineering at the University of station redesign, heterogeneous network deployment, green British Columbia in Vancouver, where he served as Department Head during 2003-2008.
    [Show full text]
  • Fall / Automne 1995 No
    Fall / automne 1995 No. 23 [ 345-kv Polymeric Cable System Testing at IREQ ...~,..", The RADARSAT Project The Integrated Rural Delivery Network Canada Postes Post Canada .+ Postage Paid Port pay~ Bulk En nombre third troisieme class classe F1468 IEEE MONTREAL, P.Q. The Institute of Electrical.and Electronics Engineers Inc. I IEEE Canadian Review IEEE Canada General Information Officers The IEEE Canadian Review is published three times per year as follows: Winter (to appear in March); Spring/Sununer (to appear in July); Fall (to Ray Findlay, Regional Director and Chairman* appear in November).The IEEE Canadian Review's principal objective Linda Weaver, Vice Chairman and President elect* is to project an image of the Canadian electrical, electronics, Michel Lecours, Secretary* conununications and computer engineering professions and their Louis-Andre Poulin, Treasurer* associated academic and business conununities to : (i) Canadian members of IEEE; Council Chairs (ii) Canadian members of the profession and conununity who are Brian Lee, Western Canada* non-members of IEEE; Haran Karmaker, Central Canada* (iii) the associated academic (i.e. universities, colleges, secondary j schools), government and business communities in Canada. David Thome, Eastern Canada* Publications Chair To ensure that the IEEE Canadian Review has the desired breadth and depth, Associate Editors are responsible for identifying issues and Paul Freedman, Managing Editor, IEEE Canadian Review* screening articles submitted to the IEEE Canadian Review according to Vijay K. Sood, incoming Managing Editor, IEEE Canadian Review the following general themes: 1- National Affairs 4- Education 6- Conununications Operating Committee Chairmen 2- International Affairs 5- Power 7- Computers 3- Industry Mohamed E.
    [Show full text]
  • Buffer–Aided Relaying with Outdated CSI Toufiqul Islam, Member, IEEE, Diomidis S
    1 Buffer–Aided Relaying with Outdated CSI Toufiqul Islam, Member, IEEE, Diomidis S. Michalopoulos, Senior Member, IEEE, Robert Schober, Fellow, IEEE, and Vijay Bhargava, Life Fellow, IEEE Abstract—Adaptive link selection for buffer–aided relaying can Over the last few years, there has been an increasing interest provide significant performance gains compared to conventional in buffer–aided relaying protocols [5]- [15], in particular for relaying with fixed transmission schedule. For fixed rate transmis- delay tolerant applications. Two buffer–aided relaying schemes sion, significant gains in error rate and/or throughput performance have been observed compared to conventional relaying when were proposed in [5], where the relay is allowed to receive perfect channel state information (CSI) is available for link for a fixed number of time slots before it re–transmits to the selection. However, in practice, link selection may have to be destination. These schemes show a throughput improvement performed based on outdated CSI, because of infrequent feedback compared to receiving and re–transmitting in subsequent time of CSI. In this paper, we study the effect of outdated CSI on slots. A joint cross–layer scheduling and buffer–equipped relay the error rate performance of adaptive link selection for a three node decode–and–forward (DF) relay network with fixed–rate selection problem was considered in [6], where a considerable transmission. In particular, we propose two protocols for link throughput improvement was reported compared to relaying selection. The first protocol does not require knowledge of the without buffers. Throughput optimization for adaptive link reliability of the CSI estimates whereas the second protocol does.
    [Show full text]
  • Rio De Janeiro, 8 November 2004
    PALESTRAS INTERNACIONAIS 2013 II Palestrante: Dr. Vijay K. Bhargava University of British Columbia Vancouver, Canada President, IEEE Communications Society Título: RESEARCH ISSUES FOR ENERGY EFFICIENT CELLULAR NETWORKS Data e Hora: 13 de maio de 2013, das 16:00 às 17:30 horas Local: COPPE/UFRJ Universidade Federal do Rio de Janeiro Av. Horácio Macedo 2030, Ilha do Fundão Prédio do Centro de Tecnologia, Bloco G, sala G-122 (Auditório do COPPE) Abstract The rising energy costs and carbon footprint of operating cellular networks have led to a trend in addressing energy-efficiency amongst the network operators and regulatory bodies such as 3GPP and ITU. "Greening" the wireless networks is a vast research discipline that needs to cover all the layers of the protocol stack and various system architectures and it is important to identify the fundamental trade-offs linked with energy efficiency and the overall performance. In this talk, we identify four important aspects of a green networking where we would like to focus: defining green metrics, bringing architectural changes in base stations, network planning, and efficient system design. We begin with a brief discussion on energy efficiency metrics. Since Base Stations (BSs) consume a major chunk of input energy, we discuss the energy efficiency of BSs. Next we discuss energy efficiency from a network planning perspective, based on smaller cells for heterogeneous networks. For system design, we put a special emphasis on cognitive and cooperative techniques in order to realize energy efficient cellular systems. Finally we discuss some broader perspectives and possible future trends in realizing a green cellular network technology.
    [Show full text]
  • January 2021 HAROLD VINCENT POOR CONTACT INFORMATION
    January 2021 HAROLD VINCENT POOR CONTACT INFORMATION: Department of Electrical Engineering Phone: +1 (609) 258-1816 Princeton University Email: [email protected] Princeton, NJ 08544 USA Web: www.princeton.edu/poor EDUCATION: Princeton University, Princeton, New Jersey Ph.D. in Electrical Engineering and Computer Science, 1977 M.A. in Electrical Engineering, 1976 Auburn University, Auburn, Alabama M.S. in Electrical Engineering, 1974 B.E.E. with Highest Honor, 1972 EMPLOYMENT AND EXPERIENCE: Principal Employment Princeton University Michael Henry Strater University Professor of Electrical Engineering, 2005 - present Professor of Electrical Engineering, 1990 - present Associated Faculty, Center for Statistics and Machine Learning, 2014 - present Associated Faculty, Andlinger Center for Energy and the Environment, 2012 - present Associated Faculty, Princeton Environmental Institute, 2006 - present Associated Faculty, Department of Operations Research & Financial Eng'g, 2001 - present Associated Faculty, Program in Applied and Computational Mathematics, 1996 - present Interim Dean, School of Engineering and Applied Science, 2019-20 Dean, School of Engineering and Applied Science, 2006-16 Founding Director, (Keller) Center for Innovation in Engineering Education, 2005-06 George Van Ness Lothrop Professor in Engineering, 2003-05 University of Illinois at Urbana-Champaign Beckman Associate, Center for Advanced Study, 1989-90 Professor, Beckman Institute for Advanced Science and Technology, 1988-90 Professor of Electrical and Computer Engineering,
    [Show full text]
  • 2011 12Th Canadian Workshop on Information Theory
    2011 12th Canadian Workshop on Information Theory (CWIT 2011) Kelowna, BC, Canada 17-20 May 2011 IEEE Catalog Number: CFP1166B-PRT ISBN: 978-1-4577-0743-8 Table of Contents Coding and Information Theory I Information Rates of Cyclostationary Faster-than-Nyquist Signaling ......................................................... 1 Yong Jin Daniel Kim, McGill University Jan Bajcsy, McGill University Design of Multi-Edge-Type LDPC Codes for High-Order Coded Modulation ........................................... 5 Lei Zhang, University of Toronto Frank R. Kschischang, University of Toronto A New Approach for FEC Decoding based on the BP Algorithm in LTE and WiMAX Systems ............. 9 Ahmed Refaey Hussein, Laval University Sebastien Roy, Laval University Paul Fortier, Laval University The Delay Selector Channel: Definition and Capacity Bounds ..................................................................... 15 Lu Cui, York University Andrew Eckford, York University On the Transmission of a Gaussian Source over an AWGN Channel with Correlated Interference ....... 19 Morteza Varasteh, Sharif University of Technology Hamid Behroozi, Sharif University of Technology Interference and Cognitive Radio Optimum Cognitive Radio Transmission Scheme for Reducing Average Interference Power ................. 24 Sang Joon Kim, Samsung Saeed S. Ghassemzadeh, AT&T Labs - Research Robert Miller, AT&T Labs - Research Vahid Tarokh, Harvard University Interference Alignment and Neutralization in a Cognitive 3-User MAC-Interference Channel: Degrees of Freedom
    [Show full text]
  • Proceedings 2008 International Workshop on Advances In
    Proceedings 2008 International Workshop on Advances in Communications The Fairmont Empress Hotel, Victoria BC September 21 - 23, 2008 Sponsored by TELUS and IEEE Victoria Section Proceedings 2008 International Workshop on Advances in Communications The Fairmont Empress Hotel, Victoria BC September 21 - 23, 2008 Sponsored by TELUS and IEEE Victoria Section Preface Welcome to the 2008 International Workshop on Advances In Communication. This workshop was organized to honour Professor Vijay Bhargava on the occasion of his 60th birthday. For those of us that know Vijay, it is hard to believe he is turning 60, as his energy and travelling schedule have not diminished over the years. Here is the story thus far. Vijay Bhargava was born in Beawar, India on 22 September 1948. He came to Canada in 1966 and received his B.Sc., M.Sc. and Ph.D degrees from Queen’s University, Kingston, Ontario in 1970, 1972 and 1974, respectively. During the summer breaks of his undergraduate years he worked with Falconbridge Nickel Mines in Sudbury, Ontario for a total of 60 weeks at 4000 feet below ground. While at Queen’s he met Jack Stein, Gerald Seguin, Ian Blake, Jennifer Seberry, Robert Matyas and Alan Winter. They played an important role in the development of his career. His first Stanley Cup playoff in Canada was in 1967 and the winner was the Toronto Maple Leafs. Vijay started his academic career at the Indian Institute of Science, Bangalore in 1974 but returned to Canada in October 1975. After a brief stint as a Security Guard in Toronto, he joined the University of Waterloo as a Post-Doctoral Fellow under the supervision of Professors Ian Blake and Jon Mark.
    [Show full text]
  • Iterative Soft Compensation for OFDM Systems with Clipping and Superposition Coded Modulation
    University of Wollongong Research Online Faculty of Engineering and Information Faculty of Engineering and Information Sciences - Papers: Part A Sciences 1-1-2010 Iterative soft compensation for OFDM systems with clipping and superposition coded modulation Jun Tong University of Newcastle, [email protected] Li Ping City University of Hong Kong Zhonghao Zhang City University of Hong Kong Vijay Bhargava University of British Columbia Follow this and additional works at: https://ro.uow.edu.au/eispapers Part of the Engineering Commons, and the Science and Technology Studies Commons Recommended Citation Tong, Jun; Ping, Li; Zhang, Zhonghao; and Bhargava, Vijay, "Iterative soft compensation for OFDM systems with clipping and superposition coded modulation" (2010). Faculty of Engineering and Information Sciences - Papers: Part A. 2818. https://ro.uow.edu.au/eispapers/2818 Research Online is the open access institutional repository for the University of Wollongong. For further information contact the UOW Library: [email protected] Iterative soft compensation for OFDM systems with clipping and superposition coded modulation Abstract This paper deals with the clipping method used in orthogonal frequency-division multiplexing (OFDM) systems to reduce the peak-to-average power ratio (PAPR). An iterative soft compensation method is proposed to mitigate the clipping distortion, which can outperform conventional treatments. The impact of signaling schemes on the residual clipping noise power is studied via the symbol variance analysis. It is found that superposition coded modulation (SCM) can minimize the residual clipping noise power among all possible signaling schemes. This indicates that SCM-based OFDM systems are more robust to clipping effect than other alternatives when soft compensation is applied.
    [Show full text]