About of DIGITAL PERMANENCE DEVICES
Lessons In Electric Circuits -- Volume IV (Digital) - Chapter 15
. Most, if not all, memory devices can be thought of as a series of mail boxes, folders in a file cabinet, or some other metaphor where information can be located in a variety of places.. With some types of memory devices, the address in which certain data is stored can be called up by means of parallel data lines in a digital circuit (we'll discuss this in more detail later in this lesson).. With other types of devices, data is addressed in terms of an actual physical location on the surface of some type of media (the tracks and sectors of circular computer disks, for instance).. However, some memory devices such as magnetic tapes have a one-dimensional type of data addressing: if you want to play your favorite song in the middle of a cassette tape album, you have to fast-forward to that spot in the tape, arriving at the proper spot by means of trial-and-error, judging the approximate area by means of a counter that keeps track of tape position, and/or by the amount of time it takes to get there from the beginning of the tape.
National Archives of Australia - Recordkeeping - Digital Recordkeeping - Digital Recordkeeping Guidelines - 9. Business continuity planning for digital records
. Data on digital storage devices can be more susceptible to damage through disaster than other record formats, such as paper or microforms.. Relatively minor damage to digital storage devices can easily render all information contained on a storage device inaccessible.
Digital memory terms and concepts - Chapter 15: DIGITAL STORAGE (MEMORY) - Volume IV - Digital
. Most, if not all, memory devices can be thought of as a series of mail boxes, folders in a file cabinet, or some other metaphor where information can be located in a variety of places.. With some types of memory devices, the address in which certain data is stored can be called up by means of parallel data lines in a digital circuit (we'll discuss this in more detail later in this lesson).. With other types of devices, data is addressed in terms of an actual physical location on the surface of some type of media (the tracks and sectors of circular computer disks, for instance).. However, some memory devices such as magnetic tapes have a one-dimensional type of data addressing: if you want to play your favorite song in the middle of a cassette tape album, you have to fast-forward to that spot in the tape, arriving at the proper spot by means of trial-and-error, judging the approximate area by means of a counter that keeps track of tape position, and/or by the amount of time it takes to get there from the beginning of the tape.
Information Management Institute - 2nd Photographic Quality Digital Printing Conference
. What Kind Of Prints Can You Expect With Different Digital Capture Devices? Comparison Of Input Device Results On Wide Format Ink Jet Printer Output 6:00 p.m.. Session 2 - Photographic Digital Printing Applications TRENDS IN THE PROFESSIONAL MARKETS FOR DIGITAL PHOTOGRAPHIC DEVICES Christopher Howard, Brand Manager, Durst ACS, Ledgewood, New Jersey Overview Of Professional Markets: Portrait, Social & Commercial Needs Of The Markets For Photo Output Workflow State Current Digital Photo Writers Product Review Future Trends DIGITAL PHOTO IMAGERY ON FABRICS Dr.. Trends In Use Of Digital Photography & Output Digital Output Options Foster Market Opportunities What Improvements & Advancements Do Independents Need From Output Devices & Media? FLUOROSURFACING DIGITALLY PRINTED IMAGES: NEW FLUOROPOLYMER TECHNOLOGY FOR IMAGE PERMANENCE Dr.
info: DIGITAL PERMANENCE DEVICES
RLG DigiNews: Volume 3, Number 1
. Digital reformatting requires encoding, applications software, operating systems, hardware, driver devices, and possibly a network to display the reformatted image.. They also serve as Michigan's "hedge against the future." Instead of adapting the files to fit current limitations associated with bandwidth and viewing devices, the TIFFs remain information-rich, master files that can be migrated when new, and perhaps better, file formats or compression schemes become available.
RLG DigiNews: Volume 1, Issue 3, December 15,
1997
. Additionally, 8-bit-per-color digital capture might be adequate for visual representation on today's output devices, but it might not be sufficient to represent all the tonal subtleties of the original.. Depending on the quality criteria of the project, a more sophisticated system, and more expertise by the operator, are needed to successfully digitize a collection in an archival environment where future output devices are not yet known.. The characteristics of scanning devices such as optical resolution, dynamic range, registration of color channels, bit-depth, noise characteristics, and quantization controls need to be carefully evaluated with consideration of the future uses of the digital images.. Having an objective tool to compare different scanning devices will become increasingly important.. Scanning devices should be very well characterized spectrally, and the information should be readily available from the manufacturers.. Having to communicate only one color space (or profile) to the end user would facilitate optimal rendering of all images across all platforms and devices.
Guidelines for Digitization: Chapter 6, Digital Preservation
. Data Transportation Generally, moving digital information is handled by portable storage devices such as recordable CDs (compact disks) and more recently by DVDs (Digital Video Disks or Digital Versatile Disks).. As noted above, CDs and DVDs hold immense amounts of data, and it is unlikely that contents lists on the jewel cases will be palatable in the long-run, as more and more storage devices are used.
Conservation Documentation in the Digital Age
. Remember the 8 track tape and the beta video recorder? Many people are also concerned about the absolute life of the storage devices we use today.. High density magnetic storage devices (Jaz, Zip and even floppy disks) may not last for much more than 10 years.. There is active debate on the estimated longevity of CD-Recordable disks, MO disks and other mass storage devices.. Storage Devices: A digital image file is not small in terms of normal computer files.
Benefits
DIGITAL DOCUMENT QUARTERLY . Both magnetic and optical disks are essentially 2-dimensional storage devices.
Cornell University Nomadic Digital Libraries: Proposal
. Arms, Carl Lagoze Department of Computer Science September 20, 1999 Research Objective The Cornell Digital Library Research Group requests support from Intel Corporation for research to extend digital library technology beyond the desktop and server to the broad spectrum of nomadic computing devices.. The overall objective is to create a nomadic digital library that is responsive to an individual's current environment, including differing computing devices, communications capabilities, and information needs.. In practice, people increasingly use a variety of computing devices in their daily lives not all of which are continuously connected to a network.. This growth of palm devices, hand-held computers, disconnected laptops, and embedded processors ( e.g.. Our hypothesis is that new software tools will enable individuals to exploit the mobility of these devices while using them for storage, access, and update of selected information resources, even when network access is impractical or impossible.
Digital Imaging '05 Agenda
. The impact of devices such as Media Center PCs, multi-room PVRs, Wi-Fi image capture devices, media servers, and portable media players on traditional viewing models will be nothing short of revolutionary.
DPP 2005 International Conference on Digital Production Printing and Industrial Applications
. The International Color Consortium (ICC) developed successfully a practical solution to communicate colors between several devices.. This tutorial explains how the digital halftoning methods that are currently used in commercial offset-, inkjet- and electrophotographic printing devices work.. Rudi Bartels manages the Proofing, Screening and Color Technology Center of the Graphic Systems Business Unit at Agfa Gevaert NV For several years he has been responsible for research and development of the screening technology used in Agfa’s film recorders, plate setters, wide-format ink jet printers, proofing devices, etc.