The introduction and viewgraphs of a discussion on a system approach to archival storage presented at the National Space Science Data Center (NSSDC) Mass Storage Workshop is included. The use of D-2 iron particles for archival storage is discussed along with how acceleration factors relating short-term tests to archival life times can be justified. Ampex Recording Systems is transferring D-2 video technology to data storage applications, and encountering concerns about corrosion. To protect the D-2 standard, Battelle tests were done on all four tapes in the Class 2 environment. Error rates were measured before and after the test on both exposed and control groups
In archival systems, storage media are often replaced much earlier than their expected service life ...
Magnetic disk recording was invented in 1953 and has undergone intensive development ever since. As ...
ICI has developed a unique and novel method of certifying a Terabyte optical tape. The tape quality ...
We study history to learn from its lessons so we don't repeat the mistakes. Ironically, however, som...
Metal particulate (MP) video tape was launched for 8 mm video tape in 1985. Since then MP tapes have...
The viewgraphs of a discussion on the stability of recording media presented at the National Space S...
Alpha iron particles used for magnetic recording are prepared through a series of dehydration and re...
Over the last three decades, there has been a significant evolution in storage technologies supporti...
The potential for using probe-based phase-change memories for the future archival storage at densiti...
With an ever-increasing volume of digital records and compliance requirements mandated by regulation...
Optical data storage tape is now a commercial reality. The world's first successful development of a...
This paper reports on the multiple difficulties inherent in the long-term archiving of digital data,...
Optical disk-based information systems are being used in private industry and many Federal Governmen...
The focus ion beam (FIB) micromilling process for data storage provides a new non-magnetic storage m...
An archive is a permanent store. There are relatively few very large digital data archives in existe...
In archival systems, storage media are often replaced much earlier than their expected service life ...
Magnetic disk recording was invented in 1953 and has undergone intensive development ever since. As ...
ICI has developed a unique and novel method of certifying a Terabyte optical tape. The tape quality ...
We study history to learn from its lessons so we don't repeat the mistakes. Ironically, however, som...
Metal particulate (MP) video tape was launched for 8 mm video tape in 1985. Since then MP tapes have...
The viewgraphs of a discussion on the stability of recording media presented at the National Space S...
Alpha iron particles used for magnetic recording are prepared through a series of dehydration and re...
Over the last three decades, there has been a significant evolution in storage technologies supporti...
The potential for using probe-based phase-change memories for the future archival storage at densiti...
With an ever-increasing volume of digital records and compliance requirements mandated by regulation...
Optical data storage tape is now a commercial reality. The world's first successful development of a...
This paper reports on the multiple difficulties inherent in the long-term archiving of digital data,...
Optical disk-based information systems are being used in private industry and many Federal Governmen...
The focus ion beam (FIB) micromilling process for data storage provides a new non-magnetic storage m...
An archive is a permanent store. There are relatively few very large digital data archives in existe...
In archival systems, storage media are often replaced much earlier than their expected service life ...
Magnetic disk recording was invented in 1953 and has undergone intensive development ever since. As ...
ICI has developed a unique and novel method of certifying a Terabyte optical tape. The tape quality ...