Show Sags, Technology Too
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Marzo 2019 Escuela Superior De Arte Del Principado De Asturias ISSN 2603-9079 ISSN 2603-9079
Nº 3 ◊ marzo 2019 Escuela Superior de Arte del Principado de Asturias ISSN 2603-9079 ISSN 2603-9079 JORNADAS CONSERVACIÓN XII Y RESTAURACIÓN actas Imagen y sonido: Memoria clave de nuestro Patrimonio Cultural Avilés, 15 y 16 de marzo de 2018 JORNADAS CONSERVACIÓN XII Y RESTAURACIÓN actas Imagen y sonido: Memoria clave de nuestro Patrimonio Cultural Actas de las XII Jornadas de Conservación y Restauración de Bienes Culturales “Imagen y sonido: Memoria clave de nuestro Patrimonio Cultural”. Avilés, 15 y 16 de marzo de 2018. Organización de las Jornadas Escuela Superior de Arte del Principado de Asturias Coordinación de las Jornadas Gema Puente Peinador, Soraya Andrés Antolín Comunicación visual de las Jornadas Sandra Pérez Suárez y Xandra Muñoz Gómez, alumnas de Diseño Gráfico Edición Escuela Superior de Arte del Principado de Asturias Consejería de Educación y Cultura del Gobierno del Principado de Asturias Comité editorial Luis Suárez Saro Diseño de la revista Sara Pérez Suárez y Xandra Muñoz Gómez, alumnas de Diseño Gráfico, bajo la dirección de José Ramón Pedreira Díaz y Marlén García Vázquez ISSN: 2603-9079 Fecha de publicación: Marzo de 2019 La Escuela Superior de Arte del Principado de Asturias no se responsabiliza de la información contenida en los artículos incluidos en esta revista ni se identifica necesariamente con ella. Esta publicación utiliza una licencia Creative Commons Reconocimiento - No Comercial – Sin Obra Derivada CC BY-NC-ND 4.0. Se permite compartir, copiar, distribuir y comunicar públicamente la obra con el reconocimiento expreso de su autoría y procedencia. No se permite un uso comercial de la obra original ni la generación de obras derivadas. -
D7.1.3 Annual AV Status R0 V1.00 1933826.Pdf
ICT-2007-3-231161 Deliverable D7.1.3 Audiovisual Digital Preservation Status Report Richard Wright BBC 25-01-2010 FP7-ICT-231161 PrestoPRIME Public PP_WP7_D7.1.3_Annual_AV_Status_R0_v1.00.doc Document administrative table Document Identifier PP_WP7_D7.1.3_Annual_AV_Status_R0 Release 0 Filename PP_WP7_D7.1.3_Annual_AV_Status_R0_v1.00.doc Workpackage and WP7 Dissemination and training Task(s) T1 – Dissemination and publication of results Authors (company) Richard Wright BBC Contributors (company) Internal Reviewers John Zubrzycki BBC; Beth Delaney B&G; Jean-Hugues Chenot, (company) INA Date 25-01-2010 Status Delivered Type Deliverable Deliverable Nature R = Report Dissemination Level PU = Public Planned Deliv. Date 31-12-2009 Actual Deliv. Date 25-01-2010 Abstract The current status of audiovisual preservation as of January 2010 is described. The previous reports concentrated on digitisation, which remains a significant issue. This report will introduce the new problem of digital preservation (arising from the results of digitisation), summarise the access issues for file-based audiovisual content, and summarise the contributions of PrestoPRIME. DOCUMENT HISTORY Release Date Reason of change Status Distribution 0 v0.01 30.12.2009 First Draft incomplete Confidential 0 v0.02 02.01.2010 Second Draft basically complete Confidential 0 v0.03 12.01.2010 Final Draft complete Confidential 0 v0.04 18.01.2010 Final Draft – re-checked complete Confidential 0 v1.00 25.01.2010 Finalised - Published Delivered Public Author : Richard Wright / BBC 25/01/2010 Page 2 of 56 FP7-ICT-231161 PrestoPRIME Public PP_WP7_D7.1.3_Annual_AV_Status_R0_v1.00.doc Table of contents Scope ..................................................................................................................................... 4 Executive summary ................................................................................................................ 5 1 A very brief introduction to PrestoPRIME ......................................................................... -
Compatibility Guide
ATEMPO-DIGITAL ARCHIVE (ADA) Compatibility Guide Version 3.9 GA Last Document Update: Oct. 8th, 2018 Table of Contents General Information 3 Important Notices 3 1. Licensing 3 2. Announcements for Future Versions 3 Atempo-Digital Archive – Server 5 Atempo-Digital Archive – Agent 6 Atempo-Digital Archive – HSM Filter Driver 7 Atempo-Digital Archive – HSM Client 8 Atempo-Digital Archive – Administration Console 9 Atempo-Digital Archive – Native User Interface 10 Atempo-Digital Archive – Java User Interface 11 Atempo-Digital Archive – Storage Devices & Storage Manager Connectors 12 Atempo-Digital Archive – Gateway Proxy Capability 14 Atempo-Digital Archive – Supported File Systems 14 Atempo-Digital Archive – Shared or Distributed File Systems Supported 15 Media Manager (AMM) 16 1. Supported Libraries 16 2. Supported Drives 17 3. Supported Tape Formats 17 4. Library & Drive Limitations 17 Atempo-Digital Archive – Transcoding for Video Asset Preview 19 Atempo-Digital Archive – Partial File Retrieval (PFR) 20 Atempo-Digital Archive – Metadata import 22 Atempo-Digital Archive – Application Integration & APIs 23 Atempo-Digital Archive – Language Availability 23 Atempo-Digital Archive – Network & Protocols 24 Atempo-Digital Archive – Combined Use with Other Atempo Products 24 Atempo-Digital Archive – Co-residence with Third-party Products 25 Atempo-Digital Archive – Specific Limitations 26 Atempo-Digital Archive – Prevent Recall Option 27 Appendix – Libraries Supported by Media Manager 28 ATEMPO | +33 1 64 86 83 00 | 2 Avenue de Laponie, 91940 -
Quantum Reference Guide 1985
October, 1985 This book is intended as a reference guide on Quantum Corporation and the Winchester disk drive market. For further information, contact Joseph T. Rodgers, Jr., Vice President, Finance and Treasurer, or Shirley Ann Stough, Manager, Corporate Communications 1804 McCarthy Blvd. Milpitas, CA 95035 (408) 262-1100 QUANTUM CORPORATION Corporate Background October, 1985 Overview Quantum Corporation, Milpitas, Cal ifornia, was founded in February, 1980. The Company designs, manufactures and markets rigid disk drives based on Winchester technology which are sold to Original Equipment Manufacturers (OEMs) as mass storage units for microcomputer-based systems. Quantum sells.directly to major OEMs through a dedicated sales force located in key high technology areas of the United States. In 1984, a sales and service 0 eration for Europe was established in Frankfurt, West Germany. Service for tRe company's disk dr~vesis also provided at the Company's headquarters in Milpitas, the Eastern Regional office in Salem, New Hampshire, and in England through an independent repair center. Quantum's products are distributed in the United States and Canada by Arrow Electronics, Inc., and in other major countries by independent distributors. Products are initially manufactured in Milpitas. When the production process and the product have matured, manufacturing is transferred to the Company's who1 ly-owned subsidiary, Quantum Cari be, Inc., in Ponce, Puerto Rico. In November, 1983, Quantum incorporated a majority-owned subsidiary, Plus Development Corporation, to design and market PC enhancement products to end users. Plus distributes its products through retail outlets, distributors and value-added resellers. In addition, Plus has an account management team to coordinate high volume sales to Fortune 1,000 end user companies. -
Optical Data Storage
To appear in International Trends in Optics, 2002 Optical data storage Hans Coufal and Geo®rey W. Burr IBM Almaden Research Center 650 Harry Road San Jose, California 95120 Tel: (408) 927{2441, 927{1512 Fax: (408) 927{2100 E-mail: coufal, [email protected] 1 Introduction The distribution of audio information in disk format|sound stored as modulations in a flat surface|has had a long and successful track record. At ¯rst, analog signals were imprinted on shellac and then later vinyl platters. But recently, sound has been almost exclusively distributed as and replayed from digitally encoded data, molded into the surface of compact polymer disks. This migration was driven by consumer demand for higher ¯delity, i.e., higher bandwidth in recording, replication and playback, which in turn required dramatic increases in the amount of stored information. At ¯rst the diameter of the disk was increased, but this soon reached its practical limit. With a mechanical stylus, increasing the areal storage density increased the susceptibility to wear and tear, which forced a transition from mechanical detection to a non{contact optical scheme. Optical detection retrieves the stored data by sensing changes in the intensity or polarization of a reflected laser beam. In the form of the read-only compact disk, this data storage medium became the dominant vehicle for music distribution (CD) and later for computer software (CD- ROM) [1,2]. With the ferocious appetite of consumers for ever more information at ever higher data rates, the CD{ROM is currently undergoing a metamorphosis into the Digital Versatile Disk (DVD) [3]. -
Delivery Recommendations 070711
Recommendation for Delivery of Recorded Music Projects 080107 rev 48 This document has been created as a Recommendation for Delivery of Recorded Music Projects. This document specifies the physical deliverables that are the foundation of the creative process, with the understanding that it is in the interest of all parties involved to make them accessible for both the short term and the long term. Thus, this document recommends reliable backup, delivery and archiving methodologies for current audio technologies, which should ensure that music will be completely and reliably recoverable and protected from damage, obsolescence and loss. The Delivery Specifications Committee, comprised of producers, engineers, record company executives and others working primarily in Nashville, New York and Los Angeles (and in conjunction with the AES Technical Committee on Studio Practices and Production and the AES Nashville Section), developed the Delivery Recommendations over the course of two years. During its development, the committee met regularly at the Recording Academy® Nashville Chapter offices to debate the issues surrounding the short term and long term viability of the creative tools used in the recording process, and to design a specification in the interest of all parties involved in the recording process. The committee reached consensus in July, 2002 and the committee’s recommendations were finalized and presented to The Recording Academy Producers & Engineers Wing membership, the overall recording community, and to press in Nashville on July 19, 2002. The document was also presented to the AES in the Studio Practices and Production Tech Committee meeting on October 7th, 2002 in Los Angeles, and on March 24th, 2003 in Amsterdam. -
Specimen Mos Magazine N°208
ISSN 0990-7939 N°208 Décembre 2002- Janvier 2003 MULTIMEDIA Les nouveaux processeurs MPEG MMLELE MAGAZINE MAGAZINE DU DU STOCKAGE STOCKAGE ET ET DE DE LA LA GESTION GESTIONSS D’INFORMATIONS D’INFORMATIONS Le marché français 2001 de la GEIDE selon l’APROGED S-AIT-1S-AIT-1 :: RECORDRECORD Fusion entre DE CAPACITÉ Bell+Howell DE CAPACITÉ et Böwe Systec Les Firefly d’Asaca Les VTC d’Ultera Quantum redéfinit ses gammes H.26L/MPEG-4/10 : de nouveaux codecs Le DigiMatic Archiving d’Odixion 500 gigaoctets natifs ou 1,3 téraoctet compressé sur une cartouche magnétique SOLUTION EVOLUTION DES SOCIETES PaperPort : En intégrant Bell+Howell la GEIDE Imaging France, personnelle Kodak complète accessible son offre à tous de produits et de services Headway Technology France Le partenaire des fournisseurs de solutions de GED et d’archivage Vous avez des problèmes de volumétrie, de haute disponibilité… Vous recherchez une alternative aux limites des sauvegardes et restauration… Vous devez prendre en compte des contraintes légales, liées à la GEIDE … Quelle technologie retenir ? Quelle solution adoptée pour ne pas remettre en cause l’existant ? Comment garantir et pérenniser votre investissement ? L’équipe commerciale et technique d’HEADWAY TECHNOLOGY France est à votre disposition pour vous aider à mettre en place une stratégie adaptée. - Sensibilisation aux problématiques de l’Archivage et du Stockage - Analyse des besoins et Préconisations - Offre matérielle et logicielle complète - Formation, assistance, support Pour plus d’informations, contactez Valérie -
Some Useful E-Records Terms
Terms Useful in Working With E-Records: Artificial Intelligence (AI) – field of computer science that deals with the development of systems that mimic human intelligence such as problem solving Automatic indexing – the automated selection of key words from a document in order to develop index entries (also see Classifying) Backfile conversion – the process of identifying, indexing, coding, and/or inputting a large volume or backlog of documents into a recordkeeping system Backup – the process of duplicating information, primarily for protection against damage or loss (i.e. backup tapes) Bar code – a coding system of vertical lines or bars set in a predetermined pattern that, when read by an optical reader, can be converted to machine-readable language. Bit – the smallest unit of information recognized by a computer 8 bits = 1 byte 1,024 bytes = 1K (kilobyte) 1,000 K = 1MB (megabyte) (1,048,576 bytes) 1,000MB = 1GB aka 1GIG (gigabyte) (1,073,741,824 bytes) 1,000GB = 1TR (terabyte) (one trillion bytes) 1,000TR = 1PB (petabyte) (one quadrillion bytes) FYI – a terabyte or more of storage space has become possible for personal computers – cost of TR of memory in 2005, $450; down from $1,000 in 2003 Bit-mapped image file – a computer processible file that encodes images as patterns of dots - often referred to as raster graphics Classifying – the act of analyzing and determining the subject content of a document and then selecting the subject category under which it will be filed. (Some new RM software systems have the capability to “auto classify” documents based on key words.) Cold site – an unfurnished space suitable for the installation of computer and communications equipment. -
A Survey of Digital and Optical Small Media for Storage of Landsat Data
A SURVEY OF DIGITAL AND OPTICAL SMALL MEDIA FOR STORAGE OF LANDSAT DATA Bill P. Clark Computer Sciences Corporation System Sciences Division 14245 Shady Grove Road Rockville, Maryland 20850 Key Words: Magnetic media, Optical Media, Small Computers ABSTRACT During the past ten years several alternatives to the storage of large volumes of data on high density tapes have evolved. In particular the use of new digital media and new optical media are becoming of more importance as their costs are diminished. This paper will present a summary of information generated by the Landsat Technical Working Group in their attempt to find cheaper and more reliable archive media. State of the Art descriptions for CDROM, WORM, Optical Tapes, Magnetic storage, helical scan technologies, and the projection for the future in each of these areas will be presented. INTRODUCTION MAGNETIC MEDIA This document contains a survey of technology From the 1986 article referenced above the following related to digital and optical data storage using paragraphs are important. small media, i.e., media compatible with small computers. These include tape cassettes, streaming "Mainframe magnetic tape recently made a big jump tapes, VHS tapes, and other new magnetic media. with the introduction of the IBM 3080 one half inch They also include CDROM, WORM, Read Many Write Many, cartridge product. This cartridge is a package four and other magneto optical media. All of these new inches square that stores 200 megabytes. This is a media are now compatible with personal computers and dramatic change from 6250 bit per inch (bpi) tapes can be thought of as the media of choice by the that store up to 180 megabytes on a reel 10.5 inches small computer user in the future. -
As Filed with the Securities and Exchange Commission on July 14, 1995
As filed with the Securities and Exchange Commission on July 14, 1995. FORM 10-K SECURITIES AND EXCHANGE COMMISSION Washington, D.C. 20549 [ x ] ANNUAL REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 [FEE REQUIRED] For the fiscal year ended March 31, 1995 OR [ ] TRANSITION REPORT PURSUANT TO SECTION 13 OR 15(d) OF THE SECURITIES EXCHANGE ACT OF 1934 [NO FEE REQUIRED] For the transition period from to Commission file number 0-12390 QUANTUM CORPORATION (Exact name of Registrant as specified in its charter) Delaware 94-2665054 500 McCarthy Blvd. (State or other jurisdiction of (I.R.S. Employer Milpitas, California 95035 incorporation or organization) Identification No.) (408) 894-4000 (Address of principal executive offices) Securities registered pursuant to Section 12(b) of the Act: None Securities registered pursuant to Section 12(g) of the Act: COMMON STOCK 6 3/8% CONVERTIBLE SUBORDINATED DEBENTURES DUE 2002 PREFERRED SHARE RIGHTS (Title of Class) Indicate by check mark whether the Registrant (1) has filed all reports required to be filed by Section 13 or 15(d) of the Securities Exchange Act of 1934 during the preceding 12 months (or for such shorter period that the Registrant was required to file such reports), and (2) has been subject to such filing requirements for the past 90 days. YES [ X ] NO [ ] Indicate by check mark if disclosure of delinquent filers pursuant to Item 405 of Regulation S-K (Section 229.405 of this chapter) is not contained herein, and will not be contained, to the best of registrant's knowledge, in definitive proxy or information statements incorporated by reference in Part III of this Form 10-K or any amendment to this Form 10-K. -
A Study of Mass Data Storage Technology for Rocket Engine Data
.,L J NASA Contractor Report 185272 A Study of Mass Data Storage Technology for Rocket Engine Data John E Ready, Earl T. Benser, Bernard S. Fritz, Scott A. Nelson, Donald R. Stauffer and William M. Volna Honeywell, Inc. Minneapolis, Minnesota N92-14110 (NASA-CR-I85272) A STUDY OF MASS DATA STORAGE TECHNOLOGY FOR ROCKET ENGINE DATA Final Report (Honeywe11) 121 p CSCL 21H unclas s3/z0 O05B226 June 1990 Prepared for Lewis Research Center Under Contract NAS3-25714 ! National Aeronautics and Space Administration NASA Contractor Report CR 185272 A Study of Mass Data Storage Technology For Rocket Engine Data John F. Ready, Earl T. Benser, Bernard S. Fritz, Scott A. Nelson, Donald R. Stauffer and William M. Volna Contract NAS3-25714 June 1990 TABLE OF CONTENTS A. SUMMARY 1 B. INTRODUCTION 4 C. TECHNICAL DISCUSSION 7 1. Definition of Requirements 7 2. Survey of Mass Data Storage Technologies 32 3. Project Plan and Specification 93 D. DISCUSSION OF RESULTS 111 E. CONCLUSIONS 113 APPENDIX - LIST OF ACRONYMS 115 REFERENCES 116 iii PRECEDING PAGE BLANK NOT FILMED, Do¢ Merge .... .-7._- r A. SUMMARY This section presents a summary of the study program on a Study of Mass Data Storage for Rocket Engine Data, conducted by Honeywell, Inc. for NASA Lewis Research Center under contract NAS3-25714. The work was performed by Honeywell Systems and Research Center, Minneapolis, MN, with Rocketdyne Division of Rockwell International Corp., Canoga park, CA, as a subcontractor. The work was performed over the period from September 1989 through May 1990. This summary includes the objectives and scope of the work and the results obtained. -
Areal Density
................. ......... _ion 3165, DC rence on ass ems nd Te ies for Spa_and Earth cienc lications t Volume I of a conference held at Space Flight Center Greenbelt, Maryland i July 23-25, 1991 (NASA-CP-3165-Vol-I) NSSOC CONFERENCE ON MASS STORAGE SYSTEMS ANO TECHNOLOGIES FOR SPACE ANO EARTH SCIFNCE APPLICATIONS t VOLUMF I (NASA) 205 p HI/82 a i | -. _- , !_ _ J t mj 1 m _ , i_ _ _ NASA Conference Publication 3165, Vol. I NSSDC Conference on Mass Storage Systems and Technologies for Space and Earth Science Applications Volume I Edited by Ben Kobler Goddard Space Flight Center Greenbelt, Maryland P. C. Hariharan and L. G. Blasso STX Corporation Lanham, Maryland Proceedings of a conference held at NASA Goddard Space Flight Center Greenbelt, Maryland July 23-25, 1991 National Aeronautics and Space Administration Office of Management Scientific and Technical Information Program 1992 Preface The National Space Science Data Center (NSSDC) at NASA's Goddard Space Flight Center has been charged with the archiving of data collected from NASA's scientific spaceflight missions flown over the past 30 years. During this time NSSDC has accumulated an archive of several terabytes of data. In the coming years NASA will be generating this volume of data every few days or less. Thus, data storage media and systems become critically important to NASA ff it is to successfully manage this data volume and to have a chance to transform these data into scientific knowledge. NSSDC will play an important role in NASA's awareness of and exploitation of emerging mass storage systems, both at NSSDC and in the increasingly distributed NASA scientific data environment.