DOCSLIB.ORG

1956-2010-Tektronix-Patents.Pdf

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

This sheet is for US patents only. Only Tektronix inventors are shown and the names are included in the Patent By Name and Patent By Number summary sheets. Trade secrets are not included. Design and reissue patents shown in red. Patent US Patent Title Inventors (Only Tektronix inventors shown) Issue Date Assignee Notes 2752527 Method of Magnifying Waveforms on a CRT and Circuit Therefor Ropiequet; Richard L. (Portland OR) June 26, 1956 Tektronix, Inc. (Portland, OR) 2769904 Gated Sweep Generator Ropiequet; Richard L. (Portland OR) November 6, 1956 Tektronix, Inc. (Portland, OR) 2769905 Sweep Circuit Ropiequet; Richard L. (Portland OR) November 6, 1956 Tektronix, Inc. (Portland, OR) 2778935 Cascode Multivibrator Ropiequet; Richard L. (Portland OR) January 22, 1957 Tektronix, Inc. (Portland, OR) 2791642 Phase Inversion Circuit Kobbe; John R. (Beaverton, OR) May 7, 1957 Tektronix, Inc. (Portland, OR) 2804571 Unblanking Circuit for Cathode Ray Tubes Kobbe; John R. (Beaverton, OR) August 27, 1957 Tektronix, Inc. (Portland, OR) 2826694 Free-Running Multiviberator Ropiequet; Richard L. (Portland OR) March 11, 1958 Tektronix, Inc. (Portland, OR) 2836807 Ceramic Terminal Mount Goodfellow; Marion T (Beaverton, OR) May 27, 1958 Tektronix, Inc. (Portland, OR) Davis; Robert J. (Portland, OR) 2853609 Multivibrator Hold Off Circuit Ropiequet; Richard L. (Portland OR) September 23, 1958 Tektronix, Inc. (Portland, OR) Kobbe; John R. (Beaverton, OR) 2883619 Electrical Probe Kobbe; John R. (Beaverton, OR) April 21, 1959 Tektronix, Inc. (Portland, OR) Polits; William J. (Beaverton, OR) 2922074 Electron Beam Deflection Structure Moulton; Clifford H. (Portland, OR) January 19, 1960 Tektronix, Inc. (Portland, OR) 2924712 Sweep Voltage Generator Edens; George E. (Elmwood Park, IL) February 9, 1960 Tektronix, Inc. (Portland, OR) 2930986 Distributed Amplifier Kobbe; John R. (Beaverton, OR) March 29, 1960 Tektronix, Inc. (Portland, OR) Polits; William J. (Beaverton, OR) D190975 Combined Viewer and Camera Attachment for a Cathode Merrick; Maurice J. (Portland, OR) July 25, 1961 Tektronix, Inc. (Beaverton, OR) Ray Oscilloscope 3009094 Current Control Circuit Rhodes; Charles W. (Portland, OR) November 14, 1961 Tektronix, Inc. (Portland, OR) 3022973 Support Device Morrow; James E. (Portland, OR) February 27, 1962 Tektronix, Inc. (Portland, OR) Boyle; Jamie N. (Portland, OR) 3023336 CRT Having Post Acceleration Lothar; Frenkel (Portland, OR) February 27, 1962 Tektronix, Inc. (Portland, OR) D192792 Mobile Stand For The Oscilloscope Or The Like Morris; Gale P. (Beaverton, OR) May 15, 1962 Tektronix, Inc. (Beaverton, OR) 3061788 Multivibrator Hold-Off Circuit Kobbe; John R. (Beaverton, OR) October 30, 1962 Tektronix, Inc. (Portland, OR) 3071737 Signal Energy Take Off Device Lam; Tat C. (Beaverton, OR) January 1, 1963 Tektronix, Inc. (Portland, OR) 3074011 Turret Device for Electric Circuits Hendrick; Langdon C. (Portland, OR) January 15, 1963 Tektronix, Inc. (Portland, OR) 3074020 Bistable Multivibrator Which Changes States in Response to a Single Ropiequet; Richard L. (Portland OR) January 15, 1963 Tektronix, Inc. (Portland, OR) Limited Range, Variable Input Signal 3105945 Signal Energy Take Off Device McCutcheon; Samuel R. (Aloha, OR) October 1, 1963 Tektronix, Inc. (Portland, OR) Winningstad, Chester N. (Portland OR) Moulton, Clifford H. (Portland, OR) 3121020 Method of Coating Notches of Ceramic Terminal Mounts Low; Robert (Beaverton, OR) February 11, 1964 Tektronix, Inc. (Portland, OR) 3122652 Time Base Generator Kobbe; John R. (Beaverton, OR) February 25, 1964 Tektronix, Inc. (Beaverton, OR) Svehaug, Oswald C. (Portland, OR) 3123781 Signal Energy Take Off Device Winningstad; Chester N. (Portland, OR) March 3, 1964 Tektronix, Inc. (Beaverton, OR) 3134077 Electrical Probe Apparatus for Measuring the Characteristics of Hutchins, IV; Thomas B. (Beaverton, OR) May 19, 1964 Tektronix, Inc. (Beaverton, OR) Semiconductor Material Myers; William C. (Hillsboro, OR) Delord; Jean F. (Portland OR) 3149903 Optical Apparatus Merrick; Maurice J. (Portland, OR) September 22, 1964 Tektronix, Inc. (Beaverton, OR) 3150247 Coaxial Connector and Switch Combination White; Robert G. (Portland, OR) September 22, 1964 Tektronix, Inc. (Beaverton, OR) 3153581 Large Area Connection for Semiconductors and Method of Making Hutchins, IV; Thomas B. (Beaverton, OR) October 20, 1964 Tektronix, Inc. (Beaverton, OR) 3153734 Comparator Circuits for Determining When a Number is Greater McCutcheon; Samuel R. (Aloha, OR) October 20, 1964 Tektronix, Inc. (Beaverton, OR) Than a Predetermined Number 3159780 Semiconductor Bridge Rectifier Parks; Paul F. (Hillsboro, OR) December 1, 1964 Tektronix, Inc. (Beaverton, OR) 3168656 Transmission Line Circuit Having Termination Impedance Which Kobbe; John R. (Beaverton, OR) February 2, 1965 Tektronix, Inc. (Beaverton, OR) Includes Emitter Junction of Transistor 3168679 Intensity Control Compensation Circuit for Use in a Cathode Ray Kobbe; John R. (Beaverton, OR) February 2, 1965 Tektronix, Inc. (Beaverton, OR) Oscilloscope D210260 Physiological Unit For Monitoring Body Functions Cappelli; Raymond Ugo (Hillsboro, OR) February 20, 1965 Tektronix, Inc. (Beaverton, OR) Nelson; Jack Randolph (Beaverton, OR) D210360 Cart For Transporting a Cathode Ray Oscilloscope Gerakos; Jim (Portland, OR) March 5, 1965 Tektronix, Inc. (Beaverton, OR) 3174070 Electron Beam Deflection Structure with Compensation for Beam Moulton; Clifford H. (Portland, OR) March 16, 1965 Tektronix, Inc. (Beaverton, OR) Transit Time 3181086 Electrical Switch with the Outer Conductors of Coaxial Leads McCutcheon; Samuel R. (Aloha, OR) April 27, 1965 Tektronix, Inc. (Beaverton, OR) Connected to Spaced Shield Plates Winningstad, Chester N. (Portland OR) 3185887 Deflection Amplifier Compensation Linearizer Circuit Kobbe; John R. (Beaverton, OR) May 25, 1965 Tektronix, Inc. (Beaverton, OR) 3187118 Electrical Switch Having Means for Interconnecting Concentric Switch Butler; Marlow D. (Portland, OR) June 1, 1965 Tektronix, Inc. (Beaverton, OR) Shafts Svehaug; Oswald C. (Portland, OR) 3188244 Method of Forming PN Junction in Semiconductor Material Hutchins, IV; Thomas B. (Beaverton, OR) June 8, 1965 Tektronix, Inc. (Beaverton, OR) Delord; Jean F. (Portland, OR) Myers, William C. (Hillsboro, OR) 3188264 Loose Fill Packing Material Holden; Robert E. (Aloha, OR) June 8, 1965 Tektronix, Inc. (Beaverton, OR) 3196292 Noise Suppressor Circuit McCutcheon; Samuel R. (Aloha, OR) July 20, 1965 Tektronix, Inc. (Beaverton, OR) 3207861 Dual Switch Assembly Including Two Switches Operated White; Robert G. (Portland, OR) September 21, 1965 Tektronix, Inc. (Beaverton, OR) Independently by a Common Drive Shaft 3207936 Electron Beam Display Device Wilbanks; William H. (Hillsboro, OR) September 21, 1965 Tektronix, Inc. (Beaverton, OR) Johnson, Robert H. (Hillsboro, OR) Wang; Chan H. (Portland, OR) Erzen, Frank C. (Portland, OR) 3214516 Storage Tube and Electrical Readout Apparatus and Method for Anderson; Robert H. (Portland, OR) October 26, 1965 Tektronix, Inc. (Beaverton, OR) Such Tube Page 1 of 72 Patent US Patent Title Inventors (Only Tektronix inventors shown) Issue Date Assignee Notes 3214607 Pulse Generator Circuit Rogers; John V. (Portland, OR) October 26, 1965 Tektronix, Inc. (Beaverton, OR) 3214631 Tube Having Target with Store and/or Non-Store Sections Anderson; Robert H. (Portland, OR) October 26, 1965 Tektronix, Inc. (Beaverton, OR) 3215948 Triggering Circuit for Automatically Changing the Mode of Operation Dalton; Oliver (Beaverton, OR) November 2, 1965 Tektronix, Inc. (Beaverton, OR) of a Signal Generator 3215959 Shielded Electrical Attenuator Assembly Velsink; Willem B. (Beaverton, OR) November 2, 1965 Tektronix, Inc. (Beaverton, OR) 3219801 Pulse Counter Kobbe, John R. (Beaverton, OR) November 23, 1965 Tektronix, Inc. (Beaverton, OR) McCutcheon, Samuel R. (Aloha, OR) 3227992 Mounting Device for Transistor Socket and the Like Strong; William W. (Portland, OR) January 4, 1966 Tektronix, Inc. (Beaverton, OR) 3229106 Method of Modulating Light with Intrinsic Semiconductor Device and Delord; Jean F. (Portland, OR) January 11, 1966 Tektronix, Inc. (Beaverton, OR) Electrical Signal Modulator Employing Such Device Myers; William C. (Hillsboro, OR) Johnston; Kent H. (Beaverton, OR) 3229212 Direct Sampling Apparatus Rogers; John V. (Portland, OR) January 11, 1966 Tektronix, Inc. (Beaverton, OR) 3247462 Balanced Paraphase Amplifier Including a Feed Forward Path Kobbe, John R. (Beaverton, OR) April 19, 1966 Tektronix, Inc. (Beaverton, OR) 3248655 Ratchet Memory Circuit and Sampling System Employing Such Kobbe, John R. (Beaverton, OR) April 26, 1966 Tektronix, Inc. (Beaverton, OR) Circuit Moulton; Clifford Harold (Portland, OR) Rogers; John V. (Portland, OR) Winningstad; Chester N. (Portland, OR) 3249866 Direct Reading Bridge Circuit Barr; David D. (Portland, OR) May 3, 1966 Tektronix, Inc. (Beaverton, OR) Crane, Jr.; Albert S. (Aloha, OR) 3253144 Electron Lens Having Means for Correcting Astigmatism Rempfer; Gertrude F. (Forest Grove, OR) May 24, 1966 Tektronix, Inc. (Beaverton, OR) 3253225 Hybrid Amplifier Circuit Dalton; Oliver (Beaverton, OR) May 24, 1966 Tektronix, Inc. (Beaverton, OR) Rullman; Robert G. (Beaverton, OR) 3255393 Metal to Semiconductor Rectifying Junction Hutchins, IV; Thomas B. (Beaverton, OR) June 7, 1966 Tektronix, Inc. (Beaverton, OR) Douglas; George C. (Beaverton, OR) 3255419 Wide Band Amplifier Circuit Having Current Amplifier Input Stage and Knapton; James H. (Beaverton, OR) June 7, 1966
Recommended publications
  • Computersalectronics AUGUST 1983 Formerly Popular Electronics $1.50

    Computersalectronics AUGUST 1983 Formerly Popular Electronics $1.50

    Computersalectronics AUGUST 1983 formerly Popular Electronics $1.50 Printers for Small Computers Radio Shack's New Micro Color Computer Testing the Microbuffer II Printer Interface Compact DiscDigital Audio Systems Also In This Issue: 08 o heT !Latest Flat -Panel Displays 1111 First 4024 1427 Look at Magnavox's CD Record Player www.americanradiohistory.comAmericanRadioHistory.Com You can wait for industry siandards to mandate improved performance. Or you can have it now on Maxell. The Gold Standard. The refinements of The Gold Standard, from clear and accurate. And lubricants reduce fric- oxide particles to lubricant to jacket, are uniquely tion between head and disk for a longer media Maxell. And therefore, so are the benefits. and head life. To house it, we then Our unique, uniform crystals assure dense a constructed a new jacket heat - oxide packing. So you begin with an origi- resistant to 140° F to withstand drive nal signal of extraordinary fidelity. A signal heat without warp or wear. And we safeguard in ways that leave industry created the floppy disk that standards in our wake. leads the industry in error -free performance and durability. An advanced binder bonds oxides to the base material preventing time All industry standards exist to and money- wasting dropouts. assure reliable performance. Calendering then smooths the sur- The Gold Standard expresses face for a read /write signal that stays a higher aim: perfection. mexeII. IT'S WORTH IT Computer Products Division, Maxell Corporation of America, 60 Oxford Drive, Moonachie, N.J. 07074 201 -440 -8020 Circle No. 30 on Free Information Card www.americanradiohistory.comAmericanRadioHistory.Com the KLH Solo Price Slashed List Price $199- Suggested Retail $169 January 1983 Dealer Cost $106 NOW $68 It's been killing us.
  • DVD Players/Recorders and Camcorders

    DVD Players/Recorders and Camcorders

    Brick 10005726: Analogue/Digital Converters Definition Includes any products that can be described/observed as a device which converts a standard analogue signal from a cd player, games console or cassette to a digital output, both optical and coaxial. Excludes products such as converter cassettes and swich–boxes. Type of Analogue/Digital Converter (20002648) Attribute Definition Indicates, with reference to the product branding, labelling or packaging, the descriptive term that is used by the product manufacturer to identify the type of analogue and/or digital converter. Attribute Values AUDIO CONVERTER UNCLASSIFIED (30002515) VIDEO CONVERTER (30013420) UNIDENTIFIED (30002518) (30013421) Page 1 of 198 Brick 10001467: Audio Headsets Definition Includes any products that can be described/observed as an audio receiver with small speakers that can be held to each ear by a headband or inserted into the ear, in order for one to listen to audio sounds. Specifically excludes communication headsets, which also contain a microphone for two–way communications. Excludes products such as Microphones, Converter Cassettes and Audio/Visual Cables. Corded/Cordless (20001116) Attribute Definition Indicates, with reference to the product branding, labelling or packaging, the descriptive term that is used by the product manufacturer to identify whether the product is connected to a base unit or power supply by a cord. Attribute Values CORDED (30007714) CORDLESS (30007715) UNIDENTIFIED (30002518) Signal Connection (20002597) Attribute Definition Indicates,
  • BBC R&D Annual Review 2006-2007

    BBC R&D Annual Review 2006-2007

    Preparing the BBC for Creative Futures and Digital Britain. Ensuring it has the technology to remain relevant to licence fee payers and their evolving needs. BBC RESEARCH & INNOVATION ANNUAL REVIEW 1 Contents Foreword 4 NEW SERVICES CORE TECHNOLOGIES High Definition Television 6 Networks for Programme Production 30 Interactive Television for the On-demand World 8 Radio Systems 32 Online, On-demand, and On The Move 10 Video Compression – Dirac and Dirac Pro 34 Freeview Playback 13 Audio Compression 36 CONTENTS Serving our Audiences – User-centred Research 14 Digital Rights Management 37 PRODUCTION WORKING WITH US Production Magic 16 Collaborative Projects 38 D-3 Videotape Preservation System 19 Standards 40 Programme Production 20 BBC Information & Archives 43 Radio Spectrum for Production 23 The Innovation Forum 44 Future Media Innovation 45 DELIVERY Digital TV – Switchover 24 More Information 46 Digital TV – Architectures 26 Index 47 Audience Research 27 Credits and address 48 DAB and Digital Radio Mondiale 28 Kamaelia 29 2 APRIL 2006 – MARCH 2007 BBC RESEARCH & INNOVATION ANNUAL REVIEW 3 Foreword by Huw Williams, Head of Research & Innovation FOREWORD A new name Our achievements We continue to support our colleagues in production, with are about to be shown at the prestigious NAB broadcasters’ This review reflects a year of important I would like to pick out some of our significant achievements innovative solutions to make routine tasks easier and to encourage exhibition and conference in Las Vegas. We are also very close during the past year. creative programming.The Piero sports graphics system won the to trialling the delivery of digital TV and radio channels to 3G changes, with the renaming of our parent award for Innovation in Content Creation at IBC 2006.
  • Inventory Listing for "Digital Atsc". Click on the "Buy Now" Link to Purchase an Item

    Inventory Listing for "Digital Atsc". Click on the "Buy Now" Link to Purchase an Item

    Inventory Listing for "Digital Atsc". Click on the "Buy Now" link to purchase an item. • Sansonic FT-300A ATSC Digital To Analog TV Converter w/Remote - New & Unused!!! ($13.00) - Buy Now • NEW SUNKEY DIGITAL TO ANALOG CONVERTER BOX HDTV SIGNAL ANTENNA DTV TV SK-801ATSC ($38.99) - Buy Now • COBY DTV-102 ATSC DIGITAL TV CONVERTER BOX TUNER * REMOTE * BRAND NEW **W CABLE ($29.95) - Buy Now • Artec USB Digital Cable QAM ATSC T18AR Tuner HDTV Card ($19.99) - Buy Now • Digital Prism ATSC-752 7" 480i HD LCD Television ($39.99) - Buy Now • Portable Digital/Analog TV Free-to-Air ATSC HDTV Telescopic Antenna w/Mag. base ($9.99) - Buy Now • Artec ATSC Indoor UHF VHF Digital HDTV TV AN2 Antenna ($10.99) - Buy Now • Digital Prism ATSC-710 7" LCD Television ($21.50) - Buy Now • USB Digital ATSC HDTV NTSC Video Capture TV FM Tuner ($32.95) - Buy Now • Car Digital TV Antenna Amplifier Signal Booster For Tuner Receiver DVB-T / ATSC ($16.49) - Buy Now • (New) Nfusion HD FTA Digital Satellite Receiver with ATSC Tuner and HD 1080i PVR ($139.99) - Buy Now • HDTV OUTDOOR DIGITAL ATSC TV DTV UHF VHF FM ANTENNA QUICK ASSEMBLY w/BRACKET ($49.00) - Buy Now • New Digital Flat TV indoor HDTV VHF UHF Antenna ATSC air ,4 Tuner PC Card HD ($9.99) - Buy Now • DIGITAL PRISM 3.5 HANDHELD DIGITAL LCD PORTABLE TV BLACK ATSC-301 ($19.95) - Buy Now • New Digital Flat TV indoor HDTV VHF UHF Antenna ATSC air ,4 Tuner PC Card HD ($10.10) - Buy Now • Artec USB Digital Cable QAM ATSC T19ARD Tuner HDTV Card Retail ($19.99) - Buy Now • AccessHD DTA1030D Digital Set-Top Converter

  • Downloadsquad.Com

    NORTHWESTERN UNIVERSITY TV Repair: New Media “Solutions” to Old Media Problems A DISSERTATION SUBMITTED TO THE GRADUATE SCHOOL IN PARTIAL FULFILLMENT OF THE REQUIREMENTS for the degree DOCTOR OF PHILOSOPHY Field of Screen Cultures By Bret Maxwell Dawson EVANSTON, ILLINOIS DECEMBER 2008 2 © Copyright by Bret Maxwell Dawson 2008 All rights reserved 3 ABSTRACT TV Repair: New Media “Solutions” to Old Media Problems Bret Maxwell Dawson Television’s history has at numerous points been punctuated by pronouncements that technological innovations will improve its programming, empower its audiences, and heal the injuries it has inflicted on American society. This enduring faith in the inevitability and imminence of television’s technological salvation is the subject of this dissertation. TV Repair offers a series of case studies of the promotion and reception of four new media technologies, each of which was at the moment of its introduction touted by members of various constituencies as a technological fix for television’s problems, as well as for the problems television’s critics have accused it of causing. At each of these moments of innovation, I explore the questions, fantasies, fears, and power struggles provoked by television’s convergence with new media, as well as the social, cultural, and economic contexts within which these mergers take place. Taken together, these case studies broaden our understanding of television’s technological history, and contribute to an ongoing dialogue about television’s place within studies of “new media.” In many contexts, television acts as a convenient shorthand for “old media,” connoting the passivity, centralization, and rigidity that new media promise to deliver us from.
  • Annexes to the Report for the EC on a European Approach to Exploiting

    Annexes to the Report for the EC on a European Approach to Exploiting

    Report for the European Commission ‘Exploiting the digital dividend’ – a European approach Annexes to the final report 14 August 2009 13496-294b ‘Exploiting the digital dividend’ – a European approach Contents Annex A: An inventory of national situations affecting the digital dividend in EU Member States A-1 A.1 Austria 1 A.2 Bulgaria 7 A.3 Cyprus 12 A.4 Czech Republic 17 A.5 Denmark 24 A.6 Estonia 29 A.7 Finland 33 A.8 France 39 A.9 Germany 48 A.10 Hungary 54 A.11 Ireland 63 A.12 Latvia 69 A.13 Lithuania 74 A.14 Luxembourg 81 A.15 Malta 87 A.16 Netherlands 94 A.17 Portugal 101 A.18 Romania 110 A.19 Slovakia 115 A.20 Slovenia 120 A.21 Spain 125 A.22 Sweden 131 A.23 UK 137 Annex B: A review of the situation regarding the digital dividend in neighbouring countries B-1 B.1 Croatia 1 B.2 Norway 3 B.3 Russia 8 B.4 Switzerland 10 B.5 Turkey 17 13496-294b ‘Exploiting the digital dividend’ – a European approach Annex C: A review of the situation regarding the digital dividend in non-European countries C-1 C.1 China 1 C.2 Japan 2 C.3 South Korea 6 C.4 USA 8 Annex D: Glossary Annex E: Stakeholders’ Hearings summary Annex F: First Member States’ workshop summary Annex G: Second Member States’ workshop summary 13496-294b ‘Exploiting the digital dividend’ – a European approach Copyright © 2009. Analysys Mason Limited has produced the information contained herein for the European Commission.
  • Signal Processing for Improved MPEG-Based Communication Systems

    Signal Processing for Improved MPEG-Based Communication Systems

    Signal Processing for Improved MPEG-based Communication Systems Signal Processing for Improved MPEG-based Communication Systems PROEFSCHRIFT ter verkrijging van de graad van doctor aan de Technische Universiteit Eindhoven, op gezag van de rector magnificus prof.dr.ir. F.P.T. Baaijens, voor een commissie aangewezen door het College voor Promoties, in het openbaar te verdedigen op woensdag 9 december 2015 om 16:00 uur door Onno Eerenberg geboren te Zwolle Dit proefschrift is goedgekeurd door de promotor en de samenstelling van de promotiecommissie is als volgt: voorzitter: prof.dr.ir. J.W.M. Bergmans 1e promotor: prof.dr.ir. P.H.N. de With copromotor(en): prof.dr. R.M. Aarts leden: prof.dr. C. Hentschel (Brandenb. Univ. of Technol. Cottbus, Germany) prof.dr. S. Sherratt (Univ. of Reading, United Kingdom) prof.dr.ir. J.J. Lukkien adviseur(s): dr.P.Hofman(PhilipsIP&S) Het onderzoek of ontwerp dat in dit proefschrift wordt beschreven is uitgevo- erd in overeenstemming met de TU/e Gedragscode Wetenschapsbeoefening. Nulla tenaci invia est via – Voor de volhouder is geen weg onbegaanbaar (Spyker Automobielen N.V.). CIP-DATA LIBRARY TECHNISCHE UNIVERSITEIT EINDHOVEN Onno Eerenberg Signal Processing for Improved MPEG-based Communication Systems / by Onno Eeren- berg. - Eindhoven : Technische Universiteit Eindhoven, 2015. A catalogue record is available from the Eindhoven University of Technology Library ISBN: 978-90-386-3979-6 NUR: 959 Trewf: videocompressie / personal video recording / MPEG-2 / H.264/MPEG4-AVC / trick play / DVB-H / video coding artifact detection. Subject headings: conventional video navigation / advanced video navigation / MPEG- 2-compliant video navigation / DVB-H link layer / mosquito and ringing artifact loca- tion detection.
  • End-User Requirements with Respect to 3D Services

    End-User Requirements with Respect to 3D Services

    Ref. Ares(2012)41277 - 13/01/2012 SEVENTH FRAMEWORK PROGRAMME ICT-1-1.5 Networked Media Specific Targeted Research Project SARACEN (FP7-248474) Socially Aware, collaboRative, scAlable Coding mEdia distributioN D2.1e End – User Requirements with respect to 3D services Due date of deliverable: 30-09-2011 Actual submission date: 13-01-2012 Start date of project: 01-01-2010 Duration: 36 months FP7-248474 Document Code: D2.1e End–User Requirements with respect to 3D services_v6.0 SARACEN Summary of the document Code: D2.1e End - User requirements with respect to 3D services v6.0 Last modification: 13/01/2012 State: Final ATOS, ICCS, INOV, PRIME-TEL, KOC, QMUL, KENDRA, CTVC, Participant Partner(s): NTV, AGH Author(s): Charalampos Patrikakis (ICCS), David Salama (ATOS), Stuart Porter (CTVC), Nikolaos Papaoulakis (ICCS), Sipsas Platon (ICCS), Chrysanthi Stefanoudaki (ICCS), Irene Schmidt (ATOS), Elena Garrido (ATOS), Antonio Gómez-Muriana (ATOS), Belén Gallego (ATOS), Diego Esteban (ATOS), Haris Neophytou (NTV), Giannis Chrysostomou (NTV), Neofytos Gerosavva (NTV), Dora Christofi (PrimeTel) Georgios Dimosthenous (PrimeTel), Klokie Grossfeld (Kendra), Naeem Ramzan (QMUL), Mario Nunes (INOV), Rui Cruz (INOV), Michał Grega (AGH) Audience: public restricted internal This document is deliverable D2.1 End-user Requirements. In this Abstract: document we define the end-user requirements related to the SARACEN platform, as well as the methods used for the captur- ing of these requirements. The document also contains a brief analysis of the stakeholders of the project. Keywords: User requirements Stakeholders’ analysis Questionnaire References: See corresponding section at the end of the deliverable. © SARACEN Consortium 2011 Page 2 / 139 FP7-248474 Document Code: D2.1e End–User Requirements with respect to 3D services_v6.0 SARACEN Change history Version Date Changed by Changes made number TOC with responsibilities included and Ch.
  • Are We Gambling on Interference? the New Models and Methods to Protect Broadcast Services - PAGE 6

    Are We Gambling on Interference? the New Models and Methods to Protect Broadcast Services - PAGE 6

    Contents 03 Viewpoint: Lieven Vermaele 04 3DTV 06 Interference Issues 08 Next Generation Handheld 10 HBB Applications 11 Broadband Requirements 12 Internet Radio Standards i 13 Loudness Initiative tech-INSIGHT FROM EBU TECHNICAL 14 Seminar News 15 Diary Issue 06 December 2010 Are we gambling on interference? The new models and methods to protect broadcast services - PAGE 6 http://tech.ebu.ch 3d tv – go deeper 3D TV has generated an enormous with a complete standards based and 1080p50/60 formats. When amount of interest in the industry 3D TV video solution featuring fully configured, the encoder following the latest success in Encoders and Professional can deliver full HD resolution for the screening of a number of Receivers tuned for ESPN 3D both left and right 3D channels prestigious sports events to broadcasts as well as for high with a single MPTS output for cinemas. With many of the World quality HD. The complete end- distribution direct to the studio. Cup games screened in 3D, to-end solution supports the Once received in the studio the viewers were able to experience highest picture quality from venue dual channels are decoded by the 3D TV in the comfort of their home to viewer. ESPN has deployed a RX8200 Professional Receiver in sooner than expected. Further 3D wide range of Ericsson 3D and HD preparation for studio processing. TV channel launches have been products including the complete Left and right channels remain announced and within a very short solution for direct-to-home and perfectly aligned through use of period viewers will have a bouquet contribution and distribution of Ericsson’s unique Simulsynch-3D of 3D TV services to choose from.
  • 2000-2001 Archive (800 Comments)

    2000-2001 Archive (800 Comments)

    Comments on Kite Aerial Photography 06/10/2020, 1304 Welcome to the Kite Aerial Photography Discussion Group. This is an archive of posts to the KAP discussion group between January 2000 and December 2001. It has been retrieved from the Wayback Machine and processed to ensure that the cross-references work reasonably well. I had write several java programs to download all the small post files and then turn the url links into html footnote references before I could convert it to a pdf! Dave Mitchell October 2020. Opps! The line broke geach, www.bird-shots.com 11/24/01 Re: Opps! The line broke, OK, I admit............ [email protected] 11/24/01 Telemetry in KAP firemans@gmx 11/24/01 Minolta Dimage 7 [email protected] 11/24/01 X-10 Pete Mikula 11/23/01 Re: X-10 David Hunt 11/23/01 Re: X-10 Pete 11/25/01 Re: X-10 Pete 11/25/01 R/C switch Cary Clements 11/22/01 R/C switch Cary Clements 11/22/01 Re: R/C switch David Hunt 11/22/01 heavy and steady RIG. Rob van Gils [email protected] 11/21/01 Re: heavy and steady RIG. ulrich monsees 11/22/01 Re: heavy and steady RIG. Peter Bults ([email protected]) 11/22/01 Re: heavy and steady RIG. David Hunt 11/22/01 Re: heavy and steady RIG. [email protected] 11/21/01 X-10 Vs. Polaris Carl Bigras 11/21/01 Re: X-10 Vs.
  • Florida State University Libraries

    Florida State University Libraries

    Florida State University Libraries Electronic Theses, Treatises and Dissertations The Graduate School 2010 Into the Screenscape: Screens, Bodies, and the Biopolitics of the Population Katheryn Wright Follow this and additional works at the FSU Digital Library. For more information, please contact [email protected] THE FLORIDA STATE UNIVERSITY COLLEGE OF ARTS AND SCIENCES INTO THE SCREENSCAPE: SCREENS, BODIES, AND THE BIOPOLITICS OF THE POPULATION By KATHERYN WRIGHT A Dissertation submitted to the Program in Interdisciplinary Humanities in partial fulfillment of the requirements for the degree of Doctor of Philosophy Degree Awarded: Spring Semester, 2010 Copyright © 2010 Katheryn Wright All Rights Reserved The members of the committee approve the dissertation of Katheryn Wright defended on March 26, 2010. ________________________________ Amit Rai Professor Directing Dissertation ________________________________ Andy Opel University Representative ________________________________ Leigh Edwards Committee Member ________________________________ Kathleen Yancey Committee Member Approved: ___________________________________ John Kelsay, Director, Interdisciplinary Humanities The Graduate School has verified and approved the above-named committee members. ii For my sponsors: Clinton Bryant James and Barbara Wright iii ACKNOWLEDGEMENTS Many people have helped me in the completion of this dissertation. First and foremost I want to thank my major professor and good friend, Amit Rai. He encouraged me to be daring and creative in my work, and to think big in the hope that something exciting might happen. Amit gave me confidence when I needed it, and for that I owe him my gratitude. I want to thank the members of my committee for their encouragement and generosity over the past three years: Andy Opel, Leigh Edwards, and Kathleen Yancey.
  • Packer & Oswald

    Packer & Oswald

    The Communication Review, 13:309–339, 2010 Copyright © Taylor & Francis Group, LLC ISSN: 1071-4421 print/1547-7487 online DOI: 10.1080/10714421.2010.525478 From Windscreen to Widescreen: Screening Technologies and Mobile Communication JEREMY PACKER Department of Communication, North Carolina State University, Raleigh, North Carolina, USA KATHLEEN F. OSWALD Doctoral Candidate, Communication, Rhetoric & Digital Media Program, North Carolina State University, Raleigh, North Carolina, USA This article suggests that studies of mobile media need to be more attentive to the history of screening technologies. The develop- ment of screening technologies is examined by identifying six characteristics—storage and access, interactivity, mobility, control, informationalization, and convergence/translation—through the context of automobility. A brief history of the informationalization of driving, mobile entertainment in the car, and networked auto- mobiles is used to exemplify how screening technologies work. The article concludes by arguing that the development of screening tech- nologies is central to understanding the processes through which conduct is increasingly organized, monitored, and governed. Supplementary materials are available for this article. Go to the publisher’s online edition of The Communication Review for the following free supplemental resources: Historic illustrations of how media were made mobile. The study of mobile communication has been overwhelmingly beholden to the cellular telephone and has too often ignored the long history of tech- nologies that bring together means of communication with those of mobility. One exemplary case of the technological translation of these two arenas is the automobile (J. Hay & J. Packer, 2004). As Mike Featherstone (2004) suggested, the “automobile is one everyday object where human beings Address correspondence to Jeremy Packer, Department of Communication, Rhetoric, and Digital Media, North Carolina State University, 106 Winston Hall, Raleigh, NC 27695, USA.