DOCSLIB.ORG

Ieee David Sarnoff Award Recipients

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Ieee David Sarnoff Award Recipients IEEE DAVID SARNOFF AWARD RECIPIENTS 2017 – NOT AWARDED 2016 – HIROYUKI MATSUNAMI “For contributions to the development of Professor Emeritus, Kyoto silicon carbide (SiC) crystals and devices University, Yawata, Kyoto, Japan for advanced power electronics.” 2015 - PALLAB BHATTACHARYA “For contributions to near-infrared and Charles M. Vest Distinguished visible quantum dot lasers.” University Professor and James R. Mellor Professor of Engineering, University of Michigan, Ann Arbor, Michigan, USA 2014 - LARRY A. COLDREN “For contributions to semiconductor lasers an Fred Kavli Professor of photonic integrated circuits.” Optoelectronics and Sensors, University of California at Santa Barbara, Santa Barbara, California, USA 2013 - SAJEEV JOHN “For the conception and development of University Professor, Department of light-trapping crystals and for leadership in Physics, University of Toronto, elucidating their properties and applications i Toronto, Ontario, Canada photonics.” 2012 - HIDEO OHNO “For seminal contributions and leadership in Professor at Laboratory for bridging semiconductor electronics with Nanoelectronics and Spintronics, magnetism and spintronics.” Research Institute of Electrical Communication and Director of Center for Spintronics Integrated Systems, Tohoku University, Sendai, Japan 2011 – CONSTANCE J. CHANG-HASNAIN “For her pioneering contributions to vertical John R. Whinnery Chair Professor of cavity surface emitting laser (VCSEL) arrays Electrical Eng. and Computer and tunable VCSELs.” Science University of California Berkeley, CA, USA 2010 – MARK RODWELL “For development of millimeter-wave and Professor, Dept of Elec and Comp sub-millimeter-wave InP bipolar transistors Engrg, Univ of California, Santa and integrated circuits.” Barbara Santa Barbara, CA, USA 2009 – YASUHIKO ARAKAWA “For seminal contributions to improved Professor, Research Center for dynamics of quantum well semiconductor 1 of 7 IEEE DAVID SARNOFF AWARD RECIPIENTS Advanced Science and Technology, lasers.” Tokyo, Japan AND KAM-YIN LAU Professor, EECS, Univ of California, Berkeley, CA, USA AND KERRY J. VAHALA Jenkins Professor, Applied Physics, California Institute of Technology, Pasadena, CA, USA 2008 - JAMES COLEMAN “For leadership in the development of University of Illinois at Urbana- highly reliable strained-layer lasers” Champaign, Intel Alumni Endowed Chair in Electrical and Computer Engineering, Urbana, IL, USA 2007 – UMESH K. MISHRA “For development of gallium nitride ECE Department, University of electronics.” California, Santa Barbara, CA, USA 2006 - MAU-CHUNG FRANK CHANG “For development of HBT power amplifiers Professor, Electrical Engineering leading to their commercialization in Department, UCLA, wireless communications.” Los Angeles, CA, USA 2005 – PIERRE TOURNOIS “For pioneering contributions to pulse Co-Founder & Scientific Director compression devices and the invention of Fastlite Company the Acousto-Optic Programmable Palaiseau, France Dispersive Filter.” 2004 – FREDERICK A. KISH “For his key role in the development of Engineering Vice President high efficency transparent substrate light Lepton Networks emitting diodes and their commercial Cupertino, CA, USA realization.” 2003 - PETER ASBECK "For development and applications of Professor, Electrical and Computer GaAs-based heterojunction bipolar Engineering Dept, University of transistors." California, San Diego, CA, USA 2 of 7 IEEE DAVID SARNOFF AWARD RECIPIENTS 2002 – YOUNG-KAI CHEN “For contributions to ultrahigh speed Lucent Technologies heterostructure transistors and seminal Murray Hill, NJ, USA work on colliding pulse mode-locked semiconductor lasers." 2001 - PAUL D. DAPKUS “For contributions both to the University of Southern California establishment of MOCVD as a dominant Los Angeles, CA , USA technology for epitaxial materials growth and to the first MOCVD quantum well laser.” 2000 - ALASTAIR MALCOLM GLASS "For pioneering research on electro-optical Bell Laboratories/Lucent materials and photorefractive phenomena, Technologies and for leadership in development of Murray Hill, NJ, USA Wavelength Division Multiplexing (WDM) components." 1999 - GERARD A. MOUROU "For pioneering contributions to high- University of Michigan speed, high-intensity optoelectronic Ann Arbor, MI, USA measurement techniques, including electro-optic sampling and femtosecond high-voltage switching." 1998 -TATSUO IZAWA "For contributions to vapor phase axial Nippon Telegraph and Telephone deposition for optical fiber fabrication." Corp. Kanagawa, Japan 1997 - MILTON FENG "For contributions to the theoretical and University of Illinois experimental understanding of the Urbana, IL, USA fundamental speed limitations of MESFETs and HEMTs." 1996 - HIROYUKI SAKAKI "For pioneering studies of quantum effects University of Tokyo in semiconductor microstructures." Tokyo, Japan 1995 - KARL HESS "For contributions to high field transport Beckman Inst. - Univ. of Illinois and real space transfer effects in Urbana, IL, USA semiconductor heterolayer structures." 1994 - WON-TIEN TSANG "For innovative contributions to the design AT&T Bell Laboratories of novel quantum well semiconductor Murray Hill, NJ, USA lasers and to epitaxial growth processes." 1993 - RAO R. TUMMALA "For development of high density, high IBM Corp. performance multichip packages for Hopewell Junction, NY, USA computer applications." 3 of 7 IEEE DAVID SARNOFF AWARD RECIPIENTS 1992 - J. JIM HSIEH "For the invention and commercialization of Lasertron Inc. the GaInAsP semiconductor laser for Burlington, MA, USA fiber-optic communications." 1991 - FEDERICO CAPASSO "For pioneering contributions to AT&T Bell Laboratories heterostructure devices through the use of Murray Hill, NJ, USA bandgap engineering techniques." 1990 - LEROY L. CHANG "For pioneering contributions to the IBM Corp. realization and development of quantum Yorktown Heights, NY, USA wells and superlattices." 1989 - HERWIG KOGELNIK "For invention of the distributed feedback AND laser, and contributions to integrated CHARLES V. SHANK optics and fiber communications." AT&T Bell Laboratories, Holmdel, NJ, USA 1988 - IZUO HAYASHI "For contributions to III-V semiconductors Optoelectronics Joint Res. Lab. and device technology." Kawasaki, Japan 1987 - FRANK F. FANG "For contributions to MOSFET device AND physics and two-dimensional electron ALAN B. FOWLER systems." IBM Corp., Yorktown Heights, NY, USA 1986 - YASUHARU SUEMATSU "For contributions to semiconductor lasers Tokyo Inst. of Tech. and integrated optics for optical fiber Tokyo, Japan communications." 1985 - HENRY KRESSEL "For outstanding contributions to E.M. Warburg, Pincus & Co. electro-optic semiconductor devices." New York, NY, USA 1984 - JAMESON D. RIGDEN "For invention of the visible light Delta Development Ltd. helium-neon laser." Norfolk, England AND ALAN D. WHITE White Associates Berkely Heights, NJ, USA 1983 - HERMANN K. GUMMEL "For contributions and leadership in device AT&T Bell Laboratories analysis and development of Murray Hill, NJ, USA computer-aided design tools for semiconductor devices and circuits." 4 of 7 IEEE DAVID SARNOFF AWARD RECIPIENTS 1982 - NOBUTOSHI KIHARA "For major contributions to magnetic video SONY Corp. tape recording." Tokyo, Japan 1981 - CYRIL HILSUM "For contributions in the fields of III-V Royal Signals & Radar Establ. compound semiconductors, solid state Malvern, England microwave components and display devices." 1980 - MARSHALL I. NATHAN "For his role in the discovery of the IBM Corp. injection laser, and other contributions to Yorktown Heights, NY, USA the physics of semiconductor devices." 1979 - A. GARDNER FOX "For the discovery of modes in open AND structures and their applications to laser TINGYE LI resonators." Bell Labs., Holmdel, NJ, USA 1978 - STEPHEN E. HARRIS "For scientific discoveries and device Stanford University inventions in the fields of lasers, quantum Stanford, CA, USA electronics and non-linear optics." 1977 - JACK M. MANLEY "For their work on the properties of University of Wisconsin, nonlinear devices resulting in the Madison, WI, USA well-known Manley Rowe Relations." AND HARRISON E. ROWE Bell Laboratories, Holmdel, NJ, USA 1976 - GEORGE HARRY HEILMEIER "For combining science with engineering to Defense Adv. Res. Project Agy. create the dynamic scattering liquid crystal Arlington, VA, USA display." 1975 - BERNARD C. DELOACH, JR. "For contributions to and leadership in the Bell Telephone Laboratories development of the impact avalanche and New Providence, NJ, USA transit time (IMPATT) device." 1974 - FREDERIK L. J. SANGSTER "For the invention of the integrated Phillips Research Laboratories bucket-brigade delay line and ingenuity in Eindhoven, the Netherlands finding new realizations and applications of this principle." 1973 - MAX VERNON MATHEWS "For leadership in applying electronics to Bell Telephone Laboratories art and for his contribution to the Murray Hill, NJ, USA production of musical sounds by computer." 5 of 7 IEEE DAVID SARNOFF AWARD RECIPIENTS 1972 - EDWARD G. RAMBERG "For outstanding contributions to electron RCA Laboratories physics, electron optics and television." Princeton, NJ, USA 1971 - ALAN L. MCWHORTER "For outstanding contributions leading to a Massachusetts Institute of better understanding of semiconductor Technology, devices." Cambridge, MA, USA 1970 - JOHN BERTRAND JOHNSON "For fundamental contributions of major McGraw-Edison Company importance to electronics and West Orange, NJ, USA communications." 1969 - ROBERT H. REDIKER "For contributions
Load more

Recommended publications
  • Dials and Channels David Sarnoff and His
    Dials and Channels The Journal of the National Capital Radio & Television Museum 2608 Mitchellville Road Bowie, MD 20716-1392 (301) 390-1020 Vol. 25, No. 3 ncrtv.org September 2019 David Sarnoff and His RCA By Brian Belanger Introduction threw a tantrum. He ordered all copies of the first draft destroyed and rewrote sections himself. Book Along the stairway to the second floor of the critics were quick to comment on how over-the-top Museum are displayed about a dozen photos of laudatory the sanitized version was. It did not sell individuals that we felt were deserving of recognition well. for their roles in the history of radio and television. David Sarnoff’s photo is included. It is certainly A later and more balanced biography was authored appropriate that his story and how he shaped RCA, by Kenneth Bilby after Sarnoff’s death. Bilby was the Radio Corporation of America, be told in Dials Sarnoff’s public relations manager and a close and Channels. associate. This article relies heavily on that source. Any author outside of RCA intending to write a Sarnoff is a controversial figure. His supporters have Sarnoff biography who sought access to company called him a visionary and a genius, and are in awe of records would probably have received cooperation him, while critics have described him as a ruthless in proportion to how likely that author was to praise egotist. A case might be made for either label. I recognize Sarnoff’s shortcomings, yet I admire him for reasons that will become clear later in this article.
    [Show full text]
  • Volume 3 Number 185 the Battle for Color Television - II
    Volume 3 Number 185 The Battle for Color Television - II Lead: In the 1940s two corporate giants, NBC and CBS, fought over the means of broadcasting television in color. Tag: A Moment in Time with Dan Roberts. Content: After World War II, NBC under its chairman, David Sarnoff, had begun commercial black and white television broadcasts and was selling TVs by the truckload. Its great rival, William Paley’s CBS, was producing Black and White shows such as Ed Sullivan but at the same was experimenting with color television in hopes of getting a jump on the competition. The problem was the CBS color system used a spinning wheel with color filters in the camera and in the TV set and produced a signal which could not be received by existing black and white TVs without a relatively expensive converter. Sarnoff had too many sets out there to give up his advantage and began a campaign to smear the CBS system. NBC was working on an all-electronic color system, without the cumbersome spinning wheels, but which they thought would not be ready for years. By 1950 CBS was ready and had applied to the Federal Communications Commission to designate its system as the only standard. Both sides were at it now. Secret meetings with congressmen, lobbying, accusations in the media. Millions were at stake. Finally, the FCC approved CBS color in October 1950 and the courts struck down NBC’s court challenge. The problem was, not a single CBS color set had been sold, just a lot of useless black and white sets.
    [Show full text]
  • Ieee Founders Medal Recipients
    IEEE FOUNDERS MEDAL RECIPIENTS 2020 JEN-HSUN HUANG “For visionary leadership of NVIDIA and the CEO, NVIDIA, Santa Clara, development of GPU fueling the Artificial California, USA Intelligence revolution.” 2019 ROBIN KEITH SAXBY “For achievements in developing a globally Former CEO, ARM, London, UK successful electronics enterprise with an innovative approach to licensing of Intellectual Property.” 2018 N.R. NARAYANA MURTHY ”For visionary leadership at Infosys contributing to Founder, Infosys, Banglalore, human progress through technology and for India advancing corporate ethics and social responsibility.” 2017 TAKEO KANADE “For pioneering and seminal contributions to Professor, Carnegie Mellon computer vision and robotics for automotive safety, University, Pittsburgh, facial recognition, virtual reality, and medical Pennsylvania, USA robotics.” 2016 NOT AWARDED 2015 JAMES PLUMMER “For leadership in the creation and support of Dean, School of Engineering, innovative, interdisciplinary, and globally focused Stanford University, Stanford, education and research programs.” California, USA 2014 ERIC SCHMIDT “For transforming global access to information Chairman, Google, Inc., through his leadership and technological Mountain View, California, USA contributions.” 2013 LEO L. BERANEK “For leadership as a co-founder of a premier Founder (Retired), Bolt consulting firm that shaped modern acoustical Beranek and Newman (now practice and laid the groundwork for the Internet, Raytheon BBN Technologies), and for public service.” Cambridge, MA, USA 2012 FAQIR CHAND KOHLI “For early vision and pioneering contributions to Former Director, Deputy the development of the IT industry in India.” Chairman, Tata Consultancy Services, Mumbai, India 2011 JAMES F. GIBBONS “For leadership in engineering research, education Professor of Electrical and administration, and for building bridges Engineering, Stanford between academia and industry." University, Stanford, CA, USA 2010 PAUL E.
    [Show full text]
  • First Transatlantic Radio Broadcast (March 14, 1925) Added to the National Registry: 2007 Essay by Cary O’Dell
    The First Transatlantic Radio Broadcast (March 14, 1925) Added to the National Registry: 2007 Essay by Cary O’Dell Milton Cross David Sarnoff For Americans in 1925, there was nothing unusual about the presence of dance music on the radio. Every night couples in every state of the Union could sway to the sounds emanating from their in-home receivers. But these selections, no doubt, came from area hubs, from local radio stations, not from across the Atlantic. Today, that we can watch or listen to news or sporting events happening live in Iraq, Iran, China, South America or some other far-off place is all but taken for granted. But, not so long ago, at the early part of the last century, even after regular US radio broadcasting seemed to decrease the distances between America’s people and places, it still had not breeched the oceans. This, however, all changed on March 14, 1925 with a revolutionary, hop-scotching broadcast that, in the words of one author, created an “invisible link” between Britain and the US. The broadcast in question was one of orchestral music, some live from an orchestra in London’s Savoy Hotel and some from an English musical duo, set up in a studio, playing piano and violin. The broadcast began its partial circumnavigation of the Earth at station 2LO in London. 2LO was Britain’s second fully operational station, having signed on the air in May of 1922. (Britain’s first was station 2MT.) Via land wire, the sound then traveled from 2LO to station 5XX in Chelmsford, England, before, miraculously, being sent by longwave through the air to the US, specifically to an RCA receiving station in Belfast, Maine.
    [Show full text]
  • A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926–1932 Michael J
    The University of Maine DigitalCommons@UMaine Communication and Journalism Faculty Communication and Journalism Scholarship 2007 A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926–1932 Michael J. Socolow University of Maine, [email protected] Follow this and additional works at: https://digitalcommons.library.umaine.edu/cmj_facpub Part of the Film and Media Studies Commons, History of Science, Technology, and Medicine Commons, Radio Commons, and the United States History Commons Repository Citation Socolow, Michael J., "A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926–1932" (2007). Communication and Journalism Faculty Scholarship. 1. https://digitalcommons.library.umaine.edu/cmj_facpub/1 This Article is brought to you for free and open access by DigitalCommons@UMaine. It has been accepted for inclusion in Communication and Journalism Faculty Scholarship by an authorized administrator of DigitalCommons@UMaine. For more information, please contact [email protected]. A Wavelength for Every Network: Synchronous Broadcasting and National Radio in the United States, 1926-1932 Author(s): Michael J. Socolow Source: Technology and Culture, Vol. 49, No. 1 (Jan., 2008), pp. 89-113 Published by: The Johns Hopkins University Press and the Society for the History of Technology Stable URL: http://www.jstor.org/stable/40061379 Accessed: 07-06-2016 21:28 UTC Your use of the JSTOR archive indicates your acceptance of the Terms & Conditions of Use, available at http://about.jstor.org/terms JSTOR is a not-for-profit service that helps scholars, researchers, and students discover, use, and build upon a wide range of content in a trusted digital archive.
    [Show full text]
  • Memorial Tributes: Volume 9
    THE NATIONAL ACADEMIES PRESS This PDF is available at http://nap.edu/10094 SHARE Memorial Tributes: Volume 9 DETAILS 326 pages | 6 x 9 | HARDBACK ISBN 978-0-309-07411-7 | DOI 10.17226/10094 CONTRIBUTORS GET THIS BOOK National Academy of Engineering FIND RELATED TITLES Visit the National Academies Press at NAP.edu and login or register to get: – Access to free PDF downloads of thousands of scientific reports – 10% off the price of print titles – Email or social media notifications of new titles related to your interests – Special offers and discounts Distribution, posting, or copying of this PDF is strictly prohibited without written permission of the National Academies Press. (Request Permission) Unless otherwise indicated, all materials in this PDF are copyrighted by the National Academy of Sciences. Copyright © National Academy of Sciences. All rights reserved. Memorial Tributes: Volume 9 i Memorial Tributes NATIONAL ACADEMY OF ENGINEERING Copyright National Academy of Sciences. All rights reserved. Memorial Tributes: Volume 9 ii Copyright National Academy of Sciences. All rights reserved. Memorial Tributes: Volume 9 iii NATIONAL ACADEMY OF ENGINEERING OF THE UNITED STATES OF AMERICA Memorial Tributes Volume 9 NATIONAL ACADEMY PRESS Washington, D.C. 2001 Copyright National Academy of Sciences. All rights reserved. Memorial Tributes: Volume 9 iv International Standard Book Number 0–309–07411–8 International Standard Serial Number 1075–8844 Library of Congress Catalog Card Number 20–1088636 Additional copies of this publication are available from: National Academy Press 2101 Constitution Avenue, N.W. Box 285 Washington, D.C. 20055 800– 624–6242 or 202–334–3313 (in the Washington Metropolitan Area) B-467 Copyright 2001 by the National Academy of Sciences.
    [Show full text]
  • Educational Services by BBC Public Service Broadcasting in the New Era
    Educational Services by BBC Public Service Broadcasting in the New Era George AUCKLAND The British Broadcasting Corporation has been involved with the production and delivery of educational services from close to the start of broadcasting in the United Kingdom. After a variety of experiments, broadcasting began in 1922 with the British Broadcasting Company as a consortium of radio equip- ment manufacturers with John Reith as general manager. Around this time David Sarnoff, general manager of Radio Corporation of America, referred to the use of radio/wireless for education, information and entertainment. It is likely that John (later Lord) Reith, managing director of the BBC, picked up on this idea, because his book, Broadcast over Britain1 contains two chapters (“The Best of Everything” and “The King’s English”) on how broadcasting must move beyond the confines of pure entertainment and enter the world of education. The BBC broadcast its first national education program on April 4, 1924. In May, the BBC appointed John S. Stobart as its first director of education. The Radio Times (the Official Organ of the BBC) on June 15, 1924 carried on its front page an article called “A Broadcasting University.” So the stage was set very early on in its history for the BBC to be a signif- icant player in the world of education in the United Kingdom; to this day the BBC claims to “inform, educate and entertain.” The British Broadcasting Corporation is constitutionally established under a royal charter, the first of which is dated December 20, 1926. This phrase, “Inform, Educate and Enter- tain” appears in the first royal charter and is repeated in the exact same form in the most recent royal charter that took effect on January 1, 2007.2 It was not long before the members of the early BBC Education department George Auckland joined BBC Television after graduation from university in 1969.
    [Show full text]
  • APPENDIX K Junior Achievement Inc
    APPENDIX K Junior Achievement Inc. Historical Program Data (Number of student participants) YEARS TOTAL JA PB BB AE CUM PRE- 1942 150,000 150,000 150,000 42-43 1,037 1,037 151,037 43-44 1,810 1,810 152,847 44-45 2,350 2,350 155,197 45-46 7,180 7,180 162,377 46-47 8,710 8,710 171,087 47-48 5,800 5,800 176,887 48-49 7,420 7,420 184,307 49-50 12,409 12,409 196,716 50-51 17,472 17,472 214,188 51-52 15,000 15,000 229,188 52-53 20,158 20,158 249,346 53-54 27,351 27,351 276,697 54-55 32,369 32,369 309,066 55-56 36,300 36,300 345,366 56-57 43,400 43,400 388,766 57-58 53,359 53,359 442,125 58-59 66,245 66,245 508,370 59-60 68,606 68,606 576,976 60-61 70,324 70,324 647,300 61-62 75,434 75,434 722,734 62-63 93,963 93,963 816,697 63-64 102,532 102,532 919,229 64-65 112,511 112,511 1,031,740 65-66 118,350 118,350 1,150,090 66-67 130,255 130,255 1,280,345 67-68 156,767 156,767 1,437,112 68-69 157,787 157,787 1,597,899 69-70 155,121 155,121 1,750,020 70-71 159,302 159,302 1,909,322 71-72 158,871 158,871 2,068,193 72-73 171,030 171,030 2,239,223 73-74 169,472 169,472 2,408,695 74-75 187,714 187,479 235 2,596,409 75-76 205,459 200,220 5,239 2,801,868 76-77 233,251 216,500 16,751 3,035,119 77-78 255,136 195,765 59,371 3,290,255 78-79 288,811 186,717 102,094 3,579,066 79-80 333,206 192,065 136,016 5,125 3,912,272 80-81 409,595 211,214 173,707 24,674 4,321,867 81-82 483,007 228,727 212,225 42,055 4,804,874 82-83 551,373 234,528 242,136 70,969 3,740 5,356,247 83-84 615,215 210,925 280,280 99,403 24,607 5,971,462 84-85 680,917 171,003 312,343 129,343 68,228 6,652,379 85-86 789,186 134,358 357,872 179,932 117,024 7,441,565 86-87 889,539 104,230 392,290 229,555 163,219 8,331,107 87-88 (EST) 1,000,001 90,000 431,000 279,000 200,001 9,331,108 TOTAL 9,331,108 4,841,966 2,721,559 1,060,056 576,819 NOTE: Records of the 1919-1942 era are fragmentary.
    [Show full text]
  • David Sarnoff, RCA, and the Rise of Broadcasting from Forbes Greatest Business Stories of All Time by Daniel Gross, Et Al
    David Sarnoff, RCA, and the Rise of Broadcasting from Forbes Greatest Business Stories of All Time by Daniel Gross, et al. Brigadier General David Sarnoff commanded what radio pioneer Lee De Forest called, “an Invisible Empire of the Air, intan- gible, yet solid as granite.” This invisible empire became, under Sarnoff’s guidance and stewardship, the foundation for today’s electronic mass media. At the tender age of fifteen, David Sarnoff took a job as office boy for the firm that became the Radio Corporation of America (RCA). Quickly climbing the ranks to high-level man- agement, he foresaw radio’s commercial potential and helped it grow. After he ascended to the presidency of RCA in 1930, the post he held for the next forty years, Sarnoff fostered another new mass media technology: television. Sarnoff chalked up some of his success to good fortune. “I was lucky that at an early age I hitched my wagon to the electron,” he said in 1967. But timing wasn’t everything. “The uniqueness of David Sarnoff lies in his combination of a vision- ary and determined builder and hardheaded industrial leader,” wrote the MIT scientist Dr. Jerome Wiesner. An Immigrant Boy is Present at the Creation of the Wireless David Sarnoff was born in 1891 in Uzlian, a tiny Jewish village near Minsk. When David was five, his father, Abraham Sarnoff (a house painter) immigrated to the United States, and his mother sent her precocious son off to a yeshiva in Borisov. David quit his study of the Talmud when, in 1900, Abraham had saved the $144 needed to book passage for his family’s arduous journey to New York City’s Lower East Side.
    [Show full text]
  • Standard Handbook for Electrical Engineers by Donald G. Fink and H
    Exerpted from Standard Handbook for Electrical Engineers by Donald G. Fink and H. Wayne Beaty, © 2000 McGraw-Hill (www.ee.mcgraw-hill.com) Section 10, Power System Components, 10.7 Supervisory Control and Data Acquisition Systems pp 10-147 to 10-168, by Robert J. Landman, President, H&L Instruments; Senior Member IEEE Supervisory Control and Data Acquisition (SCADA).1,2 SCADA (also called telecontrol) consist of one or more computers with appropriate applications software (Master Stations) connected by a communications system (wire, radio, power line carrier or fiberoptics) to a number of remote terminal units (RTUs) placed at various locations to collect data and for remote control and to perform intelligent autonomous (local) control of electrical systems and report results back to the remote master(s). SCADA systems are used for fault identification, isolation and service restoration, breaker control, recloser blocking, generator control, feeder switching and reconfiguration, line switching, voltage control, load management, automated meter reading (AMR), archiving processes, automatic generation control (AGC), dispatch accuracy feedback, economic dispatch, energy purchased and sold, system load, system emulation, capacitor bank switching, monitoring voltage regulators, transformer temperature, as well as metering power functions. Control Centers.3 Control centers are generally for the operation of generation-transmission (energy management system or EMS) or distribution (distribution management system or DMS). Modern control centers make extensive use of redundant, “open systems” standards. The IEEE defines an “open system” as one that provides capabilities that enable properly implemented applications to run on a variety of platforms from multiple vendors; is interoperable with other systems applications; and presents a consistent style of interaction with the user.
    [Show full text]
  • David Sarnoff 1891–1971
    Name _____________________________ Class _________________ Date __________________ The Roaring Twenties Biography David Sarnoff 1891–1971 WHY HE MADE HISTORY David Sarnoff was instrumental in developing technologies that completely changed the way people spent their time and viewed the world. As you read the biography below, think about what David Sarnoff created. How did national radio programming change Americans’ lives? What changes did television bring? How did Collection/CORBIS Hulton-Deutsch © videotape and the VCR affect the media? David Sarnoff was born in Russia into great poverty. He came to New York with his family when he was nine years old. Six years later, in 1906, he took a job as an office boy in a telegraph office. Fascinated by the possibility of communication over the airwaves, Sarnoff worked his way up to a job as telegraph operator for the Marconi Wireless Telegraph Company in New York. On April 14, 1912, news came over the wire that the Titanic had hit an iceberg and was rapidly sinking beneath the cold waves of the North Atlantic. For the next 72 hours, Sarnoff stayed at his post, receiving and relaying information and messages with the tapping keys of his machine, trying to give answers and hope to the frantic families of those aboard the ship. Later retellings of this story have Sarnoff working single-handed through these hours, though it is likely that others were there as well. This feat launched his career, first with the Marconi Company and then with the newly formed Radio Corporation of America (RCA). For the next eight years, he promoted the creation of a “radio music box.” Sarnoff predicted that with radios, music and news could be brought to every household in the country.
    [Show full text]
  • The Evolution of Television in the USA - Kate Pierce
    JOURNALISM AND MASS COMMUNICATION – Vol. I - The Evolution of Television in the USA - Kate Pierce THE EVOLUTION OF TELEVISION IN THE USA Kate Pierce Southwest Texas State University, USA Keywords: Nipkow disk, electromagnetic waves, coherer, continuous wave voice transmission, television, radio, telephone, telegraph, kinescope, iconoscope pickup tube, electronic pickup tube, Image Dissector, wireless, red network, blue network, transistor, satellites, videotape, teletext, cable, audion tube Contents 1. Introduction 2. Early Years of Broadcasting 2.1. Creation of Radio 2.2. RCA and Network Radio 2.3. The Fathers of Television 2.4. International Development of Television 2.5. US Programming in its Infancy 3. US Television Programming Since the 1940s 3.1. The 1950s 3.2. The 1960s 3.3. The 1970s 3.4. The 1980s 3.5. The 1990s 4. US Broadcast Regulation 5. Effects of Television on Society 6. The Future of Television Glossary Bibliography Biographical Sketch Summary This paper presents an overview of the development of television. Individual elements that make up television were invented and improved upon long before the medium reachedUNESCO people’s homes. Guglielmo Marconi – EOLSS, Vladimir Zworykin, Philo Farnsworth, and David Sarnoff are only a few of the people responsible for particular aspects of television. Westinghouse, RCA, and General Electric were among the first corporations to enter the worldSAMPLE of television. The early networks CHAPTERS were radio networks, RCA’s Red and Blue networks. When NBC and its parent company RCA were forced to divest themselves of one network, the Blue Network then became the American Broadcasting Company (ABC). Columbia Broadcasting System (CBS) was created when the United Independent Broadcasters merged with the Columbia Phonograph Company to form the Columbia Phonograph Broadcasting System, later to become CBS.
    [Show full text]