BROTHER SCIENCE Lightning and the ATCH Ionosphere ELECTRONIC
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Tohoku University Fact Book 2014 Sendai 980-8577 JAPAN Aoba-Ku
Tohoku University Fact Book 201 4 Tohoku University Fact Book 2014 Tohoku University Fact Book 2014 2-1-1, Katahira, Aoba-ku, Sendai 980-8577 JAPAN http://www.tohoku.ac.jp/ 東北大概要EN-AD面-三[1].indd 1 2014/09/01 18:27:52 2014 〈Introduction〉 Historical Background 01 ●Land: 92,746㎡ ●Buildings: 30,847㎡ (as of April 1, 2014) Mission Statement and Towards Tohoku University 2016 02 5 AMAMIYA CAMPUS Message from the President 03 1-1, Amamiya-machi, Tsutsumidori, Aoba-ku, Sendai 981-8555 Phone: +81-22-717-8603 Tohoku University Official Symbol, Logo, School Colors and Songs 04 Graduate School of Agricultural Science / Faculty of Agriculture Presidents of Tohoku University 05 Japan Academy Members 06 Chronological Chart of Tohoku University's History 07 Prize Winners 09 University Awards 13 〈Organization〉 Organization Chart 15 Administrative Staff 18 President Election Committee 20 Board of Directors 20 Management Committee 20 Education and Research Council 21 University Personnel 22 Faculties / Schools 23 Graduate Schools 23 Research Institutes 24 Inter-Department Institutes for Education and Research 24 Tsutsumi-dori 1 University Collaborating Institutions 25 Organization for Advanced Studies 26 3 Advanced Institute for Materials Research (AIMR) 26 2 Tohoku Forum for Creativity 26 Miyagi University of Information Synergy Organization 26 4 5 6 Education Affilated Tohoku Medical Megabank Organization 26 Junior High School Promotion Office of Strategic Innovation 26 1717 Division of Engineering and Technical Staff 26 7 1414 1515 Micro System Integration Center (μSIC) 26 10 1616 Center for Spintronics Integrated Systems 27 Research Organization of Electrical Communication 27 11 8 9 Center for Collaborative Research on Materials Science 27 ■ 1919 Center for Innovative Integrated Electronic Systems 27 Historical Background Organization for Leading Graduate School Program Tohoku University, formerly known as the Tohoku 27 12 Material Solutions Center(MaSC) 27 Imperial University, was founded in 1907. -
Data Book 2019-2020
https://www.titech.ac.jp/english/ DATA BOOK 2019 - 2020 Tokyo Institute of Technology Public Relations Section, Office of Public Engagement 2-12-1 Ookayama, Meguro-ku, Tokyo 152-8550 JAPAN tel: +81-3-5734-2975 fax: +81-3-5734-3661 1.2020 ⓒ2020 Tokyo Institute of Technology Index History From Past to Present 02 Events in 2018 03 Former Principals and Presidents 03 Organization Organization Chart 04 Members of the Board, Committees, and Council 06 Schools / Institute for Liberal Arts Schools and Departments 07 Institute for Liberal Arts 07 Institute Facilities Tokyo Institute of Technology Institute of Innovative Research 08 Strategic Research Hubs 09 Tokyo Tech High School of Science and Technology 10 2019 -2020 Library 10 Institute-Wide Education Centers 11 Institute-Wide Support Centers 11 Staff / Students Staff / Student Numbers 12 Enrollment 19 Tokyo Tech Students after Graduation 20 Education & Research Programs Education Programs 21 Research Programs 22 Industry Relations Corporate Alliances 24 Collaborative Research Chairs 24 FY 2018 Intellectual Property Management 25 Industry Relations 25 International Collaboration Overseas Partner Universities 26 Tokyo Tech ANNEXes and Overseas Offices 30 Financial Data Budget FY2019 31 Financial Summary FY2018 32 Campuses Access 33 Campus Map 34 Tokyo Institute of Technology 01 History History History From Past to Present Events in 2018 Present Date Events May 1881 May 1901 April 1929 - March 1953 May 1949 March 1890 Organization Tokyo Vocational Tokyo Higher Tokyo Institute of Technology Tokyo Institute of Technology April 2004 Organization Tokyo Technical School February 1 Advanced Research Center for Quantum Physics and Nanoscience opened at the School of Science. -
Public Strategies for the Information Society in the Member States of the European Union
Public Strategies for the Information Society in the Member States of the European Union A report prepared by Isabelle Chatrie and Paul Wraight, LL&A An ESIS report Information Society Activity Centre DG Information Society This version includes two additional contributions from the EFTA/EEA countries Norway and Iceland (November 2000) September 2000 The ESIS Project The Information Society Project Office (ISPO) at the European Commission set up a survey of European Information Society Projects and Actions in the 15 EU Member States called ESIS. This project ran for a period of two years between February 1997 and January 1999. It was further extended to 25 CEEC and Mediterranean countries and a continuation phase for Member States was implemented in 2000 with a narrower scope. This report on Public Strategies for the Information Society in the Member States of the European Union has been produced to provide up-to-date and relevant information that would support the existing reports and database on the web site. ESIS holds information on a broad range of commercial and publicly funded Information Society application projects in Europe. It aims to provide a tool for benchmarking, knowledge, communication, partnership and the promotion of best practice examples. Furthermore, it can serve as a navigation tool for all key actors and help in the promotion of the Information Society in Europe. More precisely, ESIS combines four categories of information: · An inventory of projects, which is the core of ESIS. Projects must use ICT in an innovative, interactive way and provide remote access. They may concern a large number of social and economic sectors and be initiated by national, regional, public and private organisations, or through partnerships set up between public and private groups. -
1991-10: Hidetsugu Yagi
When I Think Back... by Neville Williams Hidetsugu Yagi: A pioneer who gave radio antennas a sense of direction Look up the word `Yagi' in almost any book on radio communications, and you will be told that it refers to directional antennas of a particular kind. Rarely do the authors have much to say about the Japanese inventor, whose memory it perpetuates. So who was he, and why does his name now occupy such a conspicuous place in the predominantly 'western' jargon of modern electronics? In my younger days, it took a while in an approved manner, cut to specified UHF bands & equipment to catch up with the idea of designing dimensions and coupled to the transmit- wireless/radio antennas to have specific ter and receiver in a particular way. The 1936 ARRL Handbook also in- properties — beyond, perhaps, the broad In the amateur world, there were cluded special chapters on so-called assumption that big was beautiful! In grounded antennas, Hertz antennas, 'UHF' receivers and transmitters. But the fact, we didn't even talk about antennas. doublets and zeppelins, centre fed, end- designs were still relatively primitive and the associated discussion of UHF anten- In the bush, we put up 'aerials', sig- fed and so on. They were all subject to mathematical nas was, at best, sketchy and concluded nifying 100-odd feet of stranded copper thus: wire suspended by insulators 30 feet or calculation, and exhibited predictable so above ground. There was nothing very directional properties and effective 'A finalftrm suggestion is that a direc- scientific about the design, the physical 'gain'. -
2017 INTERNATIONAL SYMPOSIUM on ELECTRICAL INSULATING MATERIALS September 11-15, 2017, Toyohashi City, Japan
2017 INTERNATIONAL SYMPOSIUM ON ELECTRICAL INSULATING MATERIALS September 11-15, 2017, Toyohashi City, Japan Sponsored by IEEJ Technical Committee on Dielectrics and Electrical Insulation Technically Co-sponsored by IEEE Dielectrics and Electrical Insulation Society IEEE DEIS Japan Chapter Supported by The Obayashi Foundation Support Center for Advanced Telecommunications Technology Research, Foundation Final Program 1 ORGANIZING COMMITTEE Honorary Chair: N. Hozumi (Toyohashi Univ. Tech.) General Chair: Y. Tanaka (Tokyo City Univ.) Vice Chair in Charge of Treasury: Y. Hayase (Fuji Electric) Vice Chair in Charge of Local Arrangement: Y. Murakami (Toyohashi University of Technology) Vice Chair in Charge of Program: H. Nishikawa (Shibaura Institute of Technology) Vice Chair in Charge of Publication: N. Fuse (Central Res. Inst. Electric Power Industry) Vice Chair in Charge of Asian Affairs: Y. Sekiguchi (Sumitomo Electric Industry) Members: M. Ikeda, K. Okamoto, Y. Kurata, K. Kobayashi, T. Kondoh, N. Chiwata, T. Tomizawa, N. Matsumura, M. Fujita, S. Hishikawa, Y. Hirano, H. Muto, Y. Yagi, M. Iwamoto, K. Kato, T. Tanaka, M. Nagao, N. Hayakawa Secretariat N. Fuse (Central Res. Inst. Electric Power Industry) INTERNATIONAL ADVISORY COMMITTEE Chair: H.E. Orton (Canada) Members: T. Czaszejko (Australia), T. Blackburn (Australia), S. Jayaram (Canada), M. Frechette (Canada), Shengtao Li (China), Yi Yin (China), C. Laurent (France), S. Tenbohlen (Germany), R. Sarathi (India), C. C. Reddy (India), Suwarno (Indonesia), G.C. Montanari (Italy), June-Ho Lee (Korea), J. Smit (The Netherlands), P. Morshuis (The Netherlands), S. Gubanski (Sweden), G. Chen (UK), L. Dissado (UK), K. Nelson (USA) T. Tanaka (Japan), Y. Ohki (Japan), M. Nagao (Japan), M. Hikita (Japan), T. -
1. Introduction 1.1 the Background 1.2
New technologies: a challenge to privacy protection? (1989) Study prepared by the Committee of experts on data protection (CJ-PD) under the authority of the European Committee on Legal Co-operation (CDCJ), Strasbourg 1989 1. Introduction 1.1 The background 1.2. The terms of reference 1.3 The working party's approach 1.4. The structure of this report 2. Present trends in technology 3. Telemetry 3.1. Service featuresltechnical characteristics 3.2 The situation in member states and actual and proposed regulation 3.3. Analysis of the data-protection problems 4. Interactive media 4.1. Service featuresltechnical characteristics 4.3. Specific data-protection problems and possible solutions 5. Electronic mail 5.1. Service featuresltechnical characteristics 5.2. Situation in the member states and actual or proposed regulation 5.3. Analysis of the data-protection problems 6. Common considerations for data protection 1. Article 2.a of the Convention - The definition of personal data 2. Article 2.b - The definition of an automated data file 3. Article 2.d - The definition of the "controller of the file" 4. Article 5.a - The principle of fair and lawful collection 5. Article 5.b - The principle of purpose specification 6. Article 5.d - The principle of accuracy 7. Article 7 - Data security 8. Article 8 - The rights of the data subject and article 10 – Remedies 9. Article 12 - Transborder data flows 7. Conclusion 1. Introduction 1.1 The background In elaborating norms for data protection, the legislator in the course of the 1970s, both at national and international level, took as his point of departure the existing state of computer technology and proceeded to draft legal solutions to the perceived problems created for the individual by the use of such technology. -
Lof Ormatiestromen En Gegevensbanken M De Parlementaire Werkzaamheden
loformatiestromen en gegevensbanken m de parlementaire werkzaamheden door Louis V ANVEL THOVEN Voorzitter van de Vlaamse Raad "Een paar eeuwen geleden kon een wetenschapsmens nog beweren dat hij een ruime kennis had van zijn vak. De dag van heden is het zelfs voor specialisten in een bepaalde discipline niet meer mogelijk de evolutie op de voet te volgen. Wanneer een arts b.v. alle ontwikkelingen op medisch gebied zou willen kennen, dan zou 1 procent van deze informatie hem 5 uur lectuur per dag kosten. Gelukkig bestaat ook voor hem de computer. .. ". Zo luidt de inleiding van een artikel dat mij onder de titel "Kennis is nu nog meer macht" in een presentatienummer van EOS, een magazine voor wetenschap en technologie, onder ogen viel. Uiteraard maakte ik hierbij de associatie met de allegorie van F-16's en tweedekkers, die ik destijds heb gemaakt om het hemels brede verschil inzake toegang tot de informatie tussen de uitvoerende en de wet gevende macht aan de kaak te stellen. Bedenk daarbij dat de uitvoerende zowel als de wetgevende macht regelgevend moeten optreden in de brede waaier van materies die Staat, volk en burger aanbelangen. Vergeleken bij de arts, zou een politiek mandataris met 24 uur lectuur per dag nog tekort schieten. Als oplossing voor het probleem van de toegang tot de informatie en de daaruit voortvloeiende kenniswerving, wordt de computer steevast als een "deus ex ma china" naar voren geschoven. Met hem wordt de mens van een zwaar juk bevrijd en krijgt hij moeiteloos toegang tot de tuin van kennis en wetenschappen. -
Tohoku University Fact Book 2013
Tohoku University Fact Book 201 3 Tohoku University Fact Book 2013 東北大学概要 2013 Tohoku University Fact Book 2013 http://www.tohoku.ac.jp/ 東北大概要EN-AD面-初[1].indd 1 2013/06/18 11:13:54 2013 2013 Campus Map ●Land: 92,746㎡ ●Buildings: 31,322㎡ (as of April 1, 2013) 〈Introduction〉 5 AMAMIYA CAMPUS Historical Background 01 1-1, Amamiya-machi, Tsutsumidori, Aoba-ku, Sendai 981-8555 Phone: +81-22-717-8603 Mission Statement and Towards Tohoku University 2016 02 Message from the President 03 Graduate School of Agricultural Science / Faculty of Agriculture Tohoku University's Official Symbol,School Colors, Song and Logo 04 Presidents of Tohoku University 05 Japan Academy Members 06 Chronological Chart of Tohoku University's History 07 Prize Winners 09 University Awards 12 〈Organization〉 Organization Chart 15 Administrative Staff 18 President Election Committee 20 Board of Directors 20 Management Committee 20 Education and Research Council 21 University Personnel 22 Faculties / Schools 23 Tsutsumi-dori 1 Graduate Schools 23 Research Institutes 24 3 Inter-Department Institutes for Education and Research 24 2 University Collaborating Institutions 25 Miyagi University of 4 Advanced Institute for Materials Research (AIMR) 25 5 6 Education Affilated Junior High School Information Synergy Organization 25 1717 Tohoku Medical Megabank Organization 26 7 1414 1515 Division of Engineering and Technical Staff 26 10 1616 Institute of Liberal Arts and Sciences 26 ■ Historical Background Micro System Integration Center (μSIC) 26 11 Tohoku University, formerly known as the Tohoku 8 9 Center for Spintronics Integrated Systems 26 1919 Research Organization of Electrical Communication 26 Imperial University, was founded in 1907. -
" Who Controls the Vocabulary, Controls the Knowledge"
Acronyms from Future-Based Consultancy & Solutions "Translation" of some Business, Finance, ICDT acronyms (including several SAP ones), initialims, tech term oddities and techronyms, loaded words and buzzwords to ease the reading of courses, books, magazines and papers: see "anacronym", "ASS" and many others ... (third main version since 1997) ( www.fbc-e.com , updated & corrected twice a month. Release 02-10-2009) " Who controls the vocabulary , 6170+ controls the knowledge " George ORWELL in "1984" Instruction To ease your researches , we are inviting you to use the " search " function within the Menu " edit " Pour faciliter vos recherches, utilisez la fonction " rechercher " disponible dans le menu " Edition " Information Underligned names are identifying authors, editors and / or copyrighted applications ©, ®, ™ FBWPA Free Business White Page Available (www.fbc-e.com ) Acronym Rose salmon is related to acronyms and assimilated terms and concepts. IL / InLin Internet Lingo also called " PC talk" Intelligence Light green color is related to intelligence, business intelligence ( BI , CI ) FBC>s Yellow color is related to FBC>s concepts and methodologies (more on www.fbc-e.com ) Finance Deep blue color is related to Finance and Accounting ( FI ) Note: BOLD acronyms KM Deep green color is related to Knowledge Management ( KM ) and texts are "translated" HR & R Lemon green color is related to HR and recruitment in the list. Mobility Light blue color is related to mobile communication ( MoMo ) Security Red color is related to security and risks management ( RM ) Note : US spelling Virtual Pink color is related to virtual / virtuality ( VR ) & ampersand $$$ temporary files Feel free to copy and distribute this "computer-babble *.001 Hayes JT Fax translator" provided that it is distributed only in its 0 Day FTP server supposed to be moved within original and unmodified state with our name, address, the next 24 hours to another IP . -
Hidetsugu Yagi. 7/11/13 2:54 PM
Hidetsugu Yagi. 7/11/13 2:54 PM Highfields ARC website uses cookies. By using this website you agree to our Cookie Policy Translate this page Spanish Microsoft® Translator HIGHFIELDS AMATEUR RADIO CLUB INNOVATORS PAGES. PROFESSOR HIDETSUGU YAGI. 1886 - 1976. Professor Hidetsugu Yagi was born in year 19 of the Meiji Era (January 28 1886 to you and I) in Osaka prefecture, Japan. I have been unable to discover anything about his early life but he graduated in engineering from Tokyo Imperial University in 1909. After graduating he went to Germany, where he continued his education under the direction of Heinricti Barkhausen, inventor of the Barkhausen oscillator. Yagi's research in Germany concerned resonant transformers used in wireless systems. The outbreak of the First World War forced his hurried departure, leaving all his experimental data behind. He later published a paper on the theoretical part of this research in the December 1917 Proceedings of the Institute of Radio Engineers. Yagi had fled Germany to Great Britain where he studied with John A. Fleming until 1916. Before returning to Japan, Yagi visited the United States and spent some time at Harvard University with George W. Pierce. Yagi then began his teaching career at Tohoku Imperial University, which awarded him a doctorate in engineering in 1919. At Tohoku University, Yagi initiated a research program in radio-electronics, drawing on the knowledge that he had learned with Barkhausen, Fleming, and Pierce. Other members of the faculty and advanced students, including Okabe and Shintaro Uda, became participants in a collective research effort. A perceived need for better communication between islands and with ships led them to focus on short wave communication with directive antennas. -
ED 267 – Arts & Médias
UNIVERSITÉ DE PARIS 3 – SORBONNE NOUVELLE ED 267 – Arts & Médias Thèse pour l'obtention du titre de Docteur en Sciences de l'Information et de la Communication par Alexandre JOLIN sous la direction de Madame Chantal DUCHET Convergence numérique et convergence des stratégies de groupe des éditeurs de chaînes de télévision traditionnels en Europe : vers une redéfinition des modèles d'affaires des éditeurs de services de médias audiovisuels historiques. Soutenue publiquement le 21 janvier 2016 devant le jury composé de : Philippe BOUQUILLION Professeur HDR en Sciences de l’Information et Rapporteur de la Communication Université Paris13 Laurent CRETON Professeur HDR en Sciences de l’Information et Président de la Communication Université Sorbonne Nouvelle - Paris 3 Chantal DUCHET Professeur HDR en Sciences de l’Information et Directrice de thèse de la Communication Université Sorbonne Nouvelle - Paris 3 Thomas PARIS Professeur affilié à HEC School of Management Rapporteur Chargé de Recherches au CNRS RESUMÉ TITRE: Convergence numérique et convergence des stratégies de groupe des éditeurs de chaînes de télévision traditionnels en Europe : vers une redéfinition des modèles d'affaires des éditeurs de services de médias audiovisuels historiques Nous étudions les stratégies de groupe des éditeurs de chaînes de télévision gratuites et payantes historiques, contraintes par les évolutions rapides et structurelles induites par la convergence numérique. Nous structurons notre démonstration en quatre grandes parties suivant une approche stratégique de tradition descriptive, principalement inspirée par l'école de l'environnement. Au cours des trois premières parties, nous exposerons et débâterons des mutations d’un environnement général que nous aborderons à travers trois dimensions : une dimension technologique, une dimension sociale et une dimension économique et réglementaire qui sera également l’occasion d’étudier les effets de l’environnement général sur les sphères industrielles et concurrentielles. -
2017 Annual Report
CORPORATE HEADQUARTERS – USA 333 W. San Carlos Street, Ste 1000 San Jose, CA 95110 Tel: 408‐280‐7900 Fax: 408‐280‐7915 Starting September 1, 2018 2858 De La Cruz Boulevard Santa Clara, California 95050 OTHER OFFICE LOCATIONS USA 2840 Liberty Ave., Suite 204 PDF SOLUTIONS 2017 ANNUAL REPORT 2017 ANNUAL PDF SOLUTIONS Pittsburgh, PA 15222 101 West Renner Road, Suite 315 Richardson, TX 75082 4660 La Jolla Village Drive, Suite 730 San Diego, CA 92122 China 4F, No. 1779 Siping Road Yangpu, Shanghai 200433 2017 Annual Report France 45 Place Jacques Mirouze, Espace Pitot 34000 Montpellier Germany Schwanthalerstrasse 10 Munich, D‐80336 Italy Via Roma, 10 25015 Desenzano del Garda (Brescia) Japan Avenue‐Takanawa 711, 3‐25‐27 Takanawa, Minato‐ku, Tokyo, 108‐0074 Republic of Korea 4th floor, Room 406, U‐Space2A 670, Daewang Pangyo‐ro, Bundang‐gu Seongnam‐si, Gyeonggi‐do Taiwan (R.O.C.) 5F‐3, No.38, Taiyuan St. Zhubei City, Hsinchu County 302 PDF Solutions, Inc. 2017 Annual Report F E L L O W S T O C K H O L D E R S : C O R P O R A T E I N F O R M A T I O N During 2017, PDF Solutions made further strides toward achieving our key goals of expanding our addressable market and diversifying our customer C O R P O R A T E I N F O R M A T I O N base. We continue to pursue these goals by focusing efforts around the following key strategic initiatives: MANAGEMENT TEAM BOARD OF DIRECTORS ANNUAL MEETING John K.