Evolve Or Die My Journey Through Videoland
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The Law on Optical Discs
THE LAW ON OPTICAL DISCS I. GENERAL PROVISIONS Subject-matter of the Law Article 1 This Law shall regulate the manufacturing, commercial duplication, circulation and exports of optical discs, and imports and exports of production parts, raw materials and equipment used for manufacturing of optical discs. Definitions Article 2 The terms used in this Law, shall have the following meaning: 1) Optical Disc shall mean any medium or device, other than a production part, on which data in digital form, readable by means of an optical scanning mechanism employing a high-density light source (a laser), has been stored or is capable of being stored, including all the formats, notably: - CD (compact disc) - CD-DA (compact disc digital audio) - CD-I (compact disc – interactive) - CD-P (compact disc – photo) - CD-ROM (compact disc read-only memory) - CD-R (compact disc recordable) - CD-RW (compact disc rewritable) - CD-WO (compact disc write once) - DVD (digital versatile disc) - DVD-RAM (digital versatile disc random access memory) - DVD-ROM (digital versatile disc read-only memory) - LD (laserdisc) - MD (mini-disc) - VCD (video compact disc) - CVD (China video disc) - SVCD (super video compact disc) - SACD (Super audio compact disc) 2) Production Part shall mean any component of a mould (a “stamper”), that embodies data in a digital form and is capable of being used to mould optical discs, or any other device embodying data from which a stamper may be produced by means of an electroplating process; 3) Master disc shall mean a disc made of glass or polymer that contains data in digital form used to produce Production Part (a “stamper”);. -
CLD-D704 Mllm=Wql L Il 'Ily ,, L DIGITAL AUDIO L a SER D/SC
CD CDV LD PLAYER I R=..,'.,_,_,=. CLD-D704 Mllm=Wql_l il_'ilY_ ,, L DIGITAL AUDIO L A SER D/SC • This player does not apply to business use. • CD-ROM, LD-ROM and CD graphic discs cannot be played with this player. F_y_IIE_I31 _e. CLD 704 _-,, .B3_i!I ._',-.r4-_ _!, ____ _ i I, .I Thank you for buying this Pioneer product. Please read through these operating instructions so you will know how to operate your model properly. After you have finished reading the instructions, put them away in a safe place for future reference. In some countries or regions, the shape of the power plug and power outlet may sometimes differ from that shown in the explanatory drawings. However, the method of connecting and operating the unit is the same. WARNING: TO PREVENT FIRE OR SHOCK HAZARD, CAUTION: DO NOT EXPOSE THIS APPLIANCE TO RAIN OR This product satisfies FCC regulations when shielded MOISTURE. cables and connectors are used to connect the unit to other equipment. To prevent electromagnetic interference with IMPORTANT NOTICE electric appliances such as radios and televisions, use shielded cables and connectors for connections. [For U.S. and Canadian models] The serial number for this equipment is located on the rear panel. Please write this serial number on your enclosed warranty card and keep it in a secure area. This is for your security. [For Canadian model] CAUTION: TO PREVENT ELECTRIC SHOCK DO NOT USE THIS (POLARIZED) PLUG WITH AN EXTENSION CORD, RECEPTACLE OR OTHER OUTLET UNLESS THE EXPOSURE. ATTENTION: POUR PREVENIR LES CHOCS ELECTRIOUES NE PAS UTILISER CETTE FICHE POLARISEF AVEC UN PROLONGATEUR, UNE PRISE DE COURANT OU UNE AUTRE SORTIE DE COURANT, SAUF SI LES LAMES PEUVENT ETRE INSEREES A FOND SANS EN LAISSER AUCUNE PARTIE A DECOUVERT. -
SUPER MULTI BLUE PLAYER Optical Disc Technologies Very Popular Very Popular Very Popular
Introducing the… BH100 SUPER MULTI BLUE PLAYER Optical Disc Technologies Very Popular Very Popular Very Popular VHS Laserdisc CD CD-i VCD DVD 1976 1978 1981 1991 1993 1996 T-200 Wave Properties T-200 Frequency Gamma-ray <.01nm 30EHz – 300EHz .01nm X-ray | 30PHz – 30EHz 10nm 10nm Ultra-Violet | 790THz – 30PHz 380nm Violet 380nm – 440nm 680THz – 790 THz Blue 440nm – 485nm 620THz – 680THz Cyan 485nm – 500nm 620THz – 680THz Green 500nm – 565nm 530THz – 600THz Visible Light Yellow 565nm – 590nm 510THz – 530THz Orange 590nm – 625nm 480THz – 510THz Red 625nm – 740nm 405THz – 480THz • Fiber Optics Infra-Red • Night Vision • Remote Controls Micro-wave • Cellular Phones, Radar • Ch 14-69, Pagers, Microwave Ovens • Ch 2-6, FM Radio, Ch 7-13 Short-wave • Amateur radio, CB • AM radio Long-wave • Submarine communications Wavelength • Aircraft beacon Laser Beam Size CD DVD BD 2.11 µm 1.32 µm 0.58 µm T-200 Data Size CD DVD BD Minimum Pit Length – 0.8µm Minimum Pit Length – 0.4µm Minimum Pit Length – 0.15µm Track Pitch – 1.6µm Track Pitch – 0.74µm Track Pitch – 0.32µm T-200 Characteristic CD DVD BD Capacity 700MB 4.7GB (SL), 8.5GB (DL) 25GB (SL), 50GB (DL) Wavelength (nm) 780 (infrared) 650 (red) 405 (blue) Numerical aperture (NA) 0.50 0.60 0.85 Substrate thickness (mm) 1.2 0.6 0.1 (SL), 0.075 (DL) Laser spot size (µm) 2.11 1.32 0.58 Track Pitch (µm) 1.6 0.74 0.32 Minimum pit/mark length (µm) 0.8 0.4 0.149 Areal density (Gb/in2) 0.41 2.77 14.73 Channel bit rate (Mbps/sec) 4.3218 26.16 66.000 User data rate (Mbps/sec) 1.2288 11.08 (data), 10.08 (video) 35.965 (data), 53.948 (movie) Reference velocity (m/s) 1.3 3.49 (SL), 3.84 (DL) 4.917 (data), 7.367 (movie) Rotation CLV (CCW) CLV (CCW) CLV (CCW) Physical formats ROM, R, RW ROM, ±R, ±RW, RAM, ±R ROM, R, RE DL, ±RW DL Application formats ROM, DA, VCD, SVCD, ROM, DVD-V. -
NSF-S2b-79-0078E
DOCUMENT RESUME ED 229 236 . SE 041,436 AUTHOR BrandtlAichard C.; Knapp, Barbara H t TITLE Extension'Ibf 11VCAI Project to Inclu e Demonstration of IntelligentFideodisc System. Hardware, Software, and CoursewarltImplementation Component. Final Report. INSTITUTION Utah Univ., Salt Lake City. Dept. of Computer/ .Scidnce. SPONS AGENCY National Science Foundation,'Oashington, D.C. REPORT NO SED-82022 % PUB DATE 82 GRANT NSF-S2b-79-0078e . NOTE 34p. , PUB TYPE Reports - Research/Technicaf (143) EDRS PRICE MF01/PCO2 Plus Postage°. DESCRIPTORS *College Science;, Computer Assisted Instruction; *Computer Oriented Programs; *Computer Programs; Electronics; Higher Education; *Material Developmentr Microcomputers; Physics;'Science Education; *Videodisc Recordings , IDENTIFIERS Science Eddcation Research ABSTRACT This project, stemming from work started under the National Science Foundation grant "Development of a Television Computer Assisted Instruction (TVCAI) System" SER-7806412, called for the transfer to videodisc of some of the.videotape materials developed under the grant. Three efforts were included in the proposal: deSign and development of hardware-and software for the intelligent videodilc system, design and selegtion of courseware for thec-systen,4and coueseware evaluation. This report contains a summary of the work completed in support of-intelligent videodisc systems. Hardware and goftware developed, the videodisc.produced (which contains physics materials), and the demonstrations given of the intelligent videodisc system are discussed. In addition,'the report contains a description of current work.both in extedding the , usefulness of the intelligent videodisc system and in.support of other users..General remarks.concerning the appropriate use of intelligent video systems in education are also included.'Timing differences, Video-computer Courseware Implementation System (VCIS) viddv documentation, and lists of demonstratiods/workshops and publicati-ons are included in appendicei. -
BDP-09FD Elite® Reference Blu-Ray Disc® Player the Promise of Video Disc, Delivered
BDP-09FD Elite® Reference Blu-ray Disc® Player the promise of video disc, delivered. Experience movies and music like you have never experienced them before. Only one component reproduces the purest signal, the most impeccable image, and pours the most realistic sound into your room. It delivers home entertainment that was impossible until now. Introducing the Pioneer Elite® BDP-09FD Reference Blu-ray Disc® Player. Watch it, hear it, and you will never be the same. unrivaled picture quality Explore the finest video technology ever built into a Blu-ray Disc® player. For nearly three decades, Pioneer has been at the forefront of video disc technology, beginning in 1980 with our first LaserDisc player, the revolutionary VP-1000. Pioneer’s goal to innovate has consistently advanced the state of the video art, and now, the BDP-09FD represents our finest achievement to date. Picture Control Suite At the core of the BDP-09FD’s video circuitry are three integrated The power of the BDP-09FD’s video processing chips allows circuits: two large-scale integrated (LSI) video processing chips fine control of numerous picture parameters, including black and white levels, gamma, chroma level and hue, and four noise and an advanced video processing chip from Marvell®. reduction adjustments. These settings may be stored in the The extraordinary power of the two video LSIs makes possible player’s internal memory. Pioneer’s Picture Control Suite, a comprehensive menu of fine-tuning adjustments. Instead of only a single noise-reduction adjustment, the BDP-09FD provides four. And, Pioneer’s Video Adjust mode optimizes the video signal to various video displays. -
Numerical Modelling of Near Field Optical Data Storage
ESPOO 2005 VTT PUBLICATIONS 570 VTT PUBLICATIONS 570 In this thesis, two future generation optical data storage techniques are studied using numerical models. Direct semiconductor laser readout (DSLR) system employs external cavity configuration and super resolution (SR) technique an optically nonlinear material layer at the optical disc for Numerical modelling of near field optical data storage recording and readout operation. Work with the DSLR system is focused on the studying and optimisation of the writing performance of the system, while work with the SR system has focused on explaining the physical phenomena responsible for SR readout and writing performance. Both techniques enable the writing and readout of the data marks smaller than the resolution limit of the conventional optical pickup head. Using SR technique 4x increase in the data density in comparison to DVD disk can be obtained. Because the studied structures are in the order of the wavelength, ray tracing and scalar methods cannot be used to model the system. But, the solution of Maxwell's vector equations is required in order to study these structures. Moreover, analytical solutions usually do not exist for such complex structures, thus the numerical methods have to be used. In this thesis the main modelling tool has been the Finite Difference Time Domain method. Kari J. Kataja Numerical modelling of near field optical data storage Tätä julkaisua myy Denna publikation säljs av This publication is available from VTT TIETOPALVELU VTT INFORMATIONSTJÄNST VTT INFORMATION SERVICE Kari J. Kataja PL 2000 PB 2000 P.O.Box 2000 02044 VTT 02044 VTT FI–02044 VTT, Finland Puh. -
69 IASA RESEARCH GRANT REPORT: a STUDY on the CHANGING PRICES of AUDIOVISUAL DIGITIZATION, 2006–2015 Rebecca Chandler, Avpres
ARTICLE IASA RESEARCH GRANT REPORT: A STUDY ON THE CHANGING PRICES OF AUDIOVISUAL DIGITIZATION, 2006–2015 Rebecca Chandler, AVPreserve, USA Introduction Over the past five years in the United States and Europe there has been a decisive decline in the cost of digitization, resulting in historically low prices. This has been due to a variety of rea- sons, ranging from innovation to marketplace competition. With a shortening window of time in which to act, this economic advantage has been a boon to organizations with holdings of legacy audiovisual media. This is widely recognized and discussed among managers and budget holders within organizations. However, what has not been evaluated effectively is whether or not we are currently in a digitization market bubble. We hypothesize that obsolescence, degradation, and market factors will begin to place the cost of digitization back on an upward trajectory. What we do not know is how the curve will look. Our experience indicates that organizations are unwilling to believe that prices will increase at the same rate that they decreased, or that they will ever again reach even 50% of what they were just five years ago. However, these discussions are often emotionally-driven and take place without a well-laid foundation of data from which to judge. With the support of an IASA Research Grant, we set out to design a project that would begin to amass a shared and computable dataset that can help us ask questions and provide projections about our hypothesis. The goal of this project is to quantify and chart in detail the historical pricing trends for digitization over the past 10–15 years. -
DVD-V7400 DVD Player
P.O. Box 11768 Lexington, KY 40577-1768 800/247-1603 • 859/281-1611 • Fax: 859/281-1521 www.ztek.com email: [email protected] PIONEER Industrial DVD-Video Player DVD-V7400 COMPACT, VERSATILE AND HIGHLY DURABLE, PIONEER'S NEXT GENERATION PLAYER IS DESIGNED TO MEET THE NEEDS OF DVD PROFESSIONALS. Pioneer's amazing new DVD-V7400 brings together the highest level of reliability and versatile functions demand- ed by industrial DVD-Video users in a compact, lightweight and easy-to-operate player. 1 Ztek® Co. P.O. Box 11768 Lexington, KY 40577-1768 800/247-1603 859/281-1611 FAX: 859/281-1521 e-mail: [email protected] Pioneer launched the world's first true industrial DVD-Video player and remains the world's leading DVD player manufacturer. Pioneer's latest model, the new DVD-V7400, is the top-of-the-line industrial DVD-Video Player on the market today. Designed for applications that require reliability in rigorous operating environments, the DVD- V7400 is a significant improvement over conventional industrial-use models. Pioneer launched the world's first true industrial DVD-Video player and remains the world's leading DVD player manufacturer. Pioneer's latest model, the new DVD-V7400, is the top-of-the-line industrial DVD-Video Player on the market today. Designed for applications that require reliability in rigorous operating environments, the DVD- V7400 is a significant improvement over conventional industrial-use models. To ensure easy operation, all major functions can be accessed via a newly designed wireless remote or optional wired remote. In addition, most user interface functions, such as on screen menu buttons, can be accessed via a standard PS/2 mouse which connects directly to the front panel of the player.To round off the package, Pioneer has added compatibility with DVD Barcode™ and LaserBarcode™ control systems. -
Productions, 1994
Productions, 1994 Finding aid prepared by Smithsonian Institution Archives Smithsonian Institution Archives Washington, D.C. Contact us at [email protected] Table of Contents Collection Overview ........................................................................................................ 1 Administrative Information .............................................................................................. 1 Descriptive Entry.............................................................................................................. 1 Names and Subjects ...................................................................................................... 1 Container Listing ............................................................................................................. 3 Productions http://siarchives.si.edu/collections/siris_arc_259164 Collection Overview Repository: Smithsonian Institution Archives, Washington, D.C., [email protected] Title: Productions Identifier: Accession 05-261 Date: 1994 Extent: 2.1 cu. ft. (1 record storage box) (5 11x17 d1 video cases) Creator:: Smithsonian Institution. Office of Telecommunications Language: Language of Materials: English Administrative Information Prefered Citation Smithsonian Institution Archives, Accession 05-261, Smithsonian Institution. Office of Telecommunications, Productions Access Restriction Restrictions pertaining to the use of these materials may apply (based on contracts/copyright). Access restrictions may also apply if viewing copies are not currently available. -
DV Vs. Betacam SP: 4:1:1 Vs
------------------------------------------------------------------------ Copyright ⎩ 1997 Roger Jennings, all rights reserved. Written May 20, 1997. Parts of this document will appear in the author's Special Edition Using Desktop Video to be published by Que Books, an imprint of Macmillan Computer Publishing, in Fall 1997. This document may be copied and/or distributed for non-commercial purposes only. DV vs. Betacam SP: 4:1:1 vs. 4:2:2, Artifacts and Other Controversies Sony Corp.'s Betacam SP format is the standard of comparison of video tape recording formats. According to Sony Europe, more than 350,000 Betacam SP devices have been sold world-wide. The majority of broadcast electronic news gathering (ENG) operations currently use Betacam SP camcorders and VTRs. Virtually all broadcast stations require (or at least strongly prefer) Betacam SP source footage. Most clients of professional video production firms specify Betacam SP for industrial shoots and are likely to require videographers to use Sony or Ikegami camcorders. Although the M-II format from Panasonic Broadcast and Digital (formerly Television) Systems Company (PB&DSC) offers about the same performance as Betacam SP, Sony and Betacam SP are untouchable when it comes to brand recognition and status. As a result, all other video recording formats are ranked as "not up to Beta SP," "equal to Betacam SP," or "better than Beta SP." These comparisons, based on the beholders' perception of image quality, are reminiscent of the meaningless "broadcast quality" and "studio quality" bullet points on advertisements for consumer and low-end prosumer video gear. The advent of the Digital Video (DV) format has ignited a controversy among current and prospective users of DV gear. -
Pbcore Handbook Section 7
Controlled Vocabularies PBCore Controlled Vocabularies are sets of predefined, community-standardized terms for concepts related to audiovisual and broadcast collections. These terms can be used as drop-down value lists in a database or spreadsheet to ensure consistency in terminology, formatting and spelling, both internally and when exchanging information with outside organizations. PBCore Controlled Vocabularies include the agreed-upon spelling and formatting for each term, a definition, and a Unique Resource Identifier (or URI). The vocabularies provide only the terms that the community has determined are most widely used and shared, and are not 100% comprehensive. PBCore does not maintain controlled vocabularies for elements that have strong vocabulary options maintained by other authorities. Element definitions contain references to relevant external vocabularies, where applicable. pbcoreAssetTypeVocabulary Usage: for pbcoreAssetType Album Definition: A collection of recordings issued as a single item on CD, record, or another medium. URI: http://pbcore.org/pbcore-controlled-vocabularies/pbcoreassettype-vocabulary/#Album Animation Definition: A moving image production element created from static drawings or objects. URI: http://pbcore.org/pbcore-controlled-vocabularies/pbcoreassettype-vocabulary/#Animation Clip Definition: A short excerpt taken from a moving image or audio resource. A clip may not convey a complete intellectual concept. URI: http://pbcore.org/pbcore-controlled-vocabularies/pbcoreassettype-vocabulary/#Clip Collection Definition: A group of materials with some unifying characteristic. – 2. Materials assembled by a person, organization, or repository from a variety of sources; an artificial collection. URI: http://pbcore.org/pbcore-controlled-vocabularies/pbcoreassettype-vocabulary/#Collection Compilation Definition: A single asset containing multiple different sub-assets; for example, a reel with programs, clips, and raw footage. -
Which Discusses Multimedia Plans of Dartmouth College (New Hampshire);(4) "Lessons from the Berkeley Museum Informatics Project" (Barbara H
DOCUMENT RESUME ED 368 265 HE 027 281 TITLE Managing Information Technology as a Catalyst of Change. Track VI: Information Delivery To Support the Institutional Mission. INSTITUTION CAUSE, Boulder, Colo. PUB DATE 94 NOTE 85p.; In: Managing Information Technology as a Catalyst of Change. Proceedings of the CAUSE Annual Conference (San Diego, CA, December 7-10, 1993); see HE 027 275. The 2-page appendix to the second paper contains extremely light type. AVAILABLE FROMCAUSE Exchange Library, 4840 Pearl East Circle, Suite 302E, Boulder, CO 80303 (individual papers available to CAUSE members at cost of reproduction). PUB TYPE Speeches/Conference Papers (150) Reports Descriptive (141) EDRS PRICE MFOI/PC04 Plus Postage. DESCRIPTORS Computer Networks; Degree Requirements; Delivery Systems; Educational Change; Higher Education; Hypermedia; *Information Management; *Information Systems; *Information Technology; Institutional Mission; Integrated Activities; Leadership; Models; Museums; Textbooks IDENTIFIERS *CAUSE National Conference; Sinclai- Community College OH; University of California Berkeley; University of Delaware; University of Iowa; University of Maryland College Park; Weber State University UT ABSTRACT The 1993 CAUSE Conference presented eight papers on the use of information technology to support the mission of colleges and universities. Papers include:(1) "Institutional Imaging: Sharing the Campus Image" (Carl Jacobson) ,which describes the University of Delaware's campus-wide information system;(2) "Electronic Paper Flow" (Eloy Areu and others), which discusses the University of Maryland's model for electronically simulating the flow of paper; (3) "Networked Delivery of Multimedia Information" (Robert Brentrup), which discusses multimedia plans of Dartmouth College (New Hampshire);(4) "Lessons from the Berkeley Museum Informatics Project" (Barbara H. Morgan);(5) "Campus-wide Degree Audit" (Emil 0.