Add to ORKGWe study history to learn from its lessons so we don't repeat the mistakes. Ironically, however, sometimes it seems that the lessons we learn from history is how to repeat the mistakes more precisely. A brief discussion about the history of magnetic recording is presented, and the lessons of the past are used to look into the future
Since delivery of thefirst vacuum-column magnetic-tape transport in 1953 and thefirst movable-head d...
A non-erasable memory based on using differences in the magnetic permeability is demonstrated.The me...
The increase of the quantity of data that needs to be stored gave rise to different storage media. F...
Magnetic disk recording was invented in 1953 and has undergone intensive development ever since. As ...
The introduction and viewgraphs of a discussion on a system approach to archival storage presented a...
With the advent of Big Data technologies-the capacity to store and efficiently process large sets of...
Today magnetic recording is still the leading technology for mass data storage. Its dominant role is...
There are available today many data storage devices that serve the diverse application requirements ...
This paper addresses at a high level, the many individual technologies available today in the remova...
Ranging from read-only, write-once and erasable designs, optical storage promises to store large amo...
The National Archives is, in many respects, in a unique position. For example, I find people from ot...
"The book covers the recent developments in the field of materials for advancing recording technolog...
Abstract:- In the field of data storage, long-term digital preservation is a crucial concern. Due to...
Using the history of magnetic recording and playback equipment, this paper explores the relationship...
The Engineering Research Center in Data Storage Systems at Carnegie Mellon University in cooperation...
Since delivery of thefirst vacuum-column magnetic-tape transport in 1953 and thefirst movable-head d...
A non-erasable memory based on using differences in the magnetic permeability is demonstrated.The me...
The increase of the quantity of data that needs to be stored gave rise to different storage media. F...
Magnetic disk recording was invented in 1953 and has undergone intensive development ever since. As ...
The introduction and viewgraphs of a discussion on a system approach to archival storage presented a...
With the advent of Big Data technologies-the capacity to store and efficiently process large sets of...
Today magnetic recording is still the leading technology for mass data storage. Its dominant role is...
There are available today many data storage devices that serve the diverse application requirements ...
This paper addresses at a high level, the many individual technologies available today in the remova...
Ranging from read-only, write-once and erasable designs, optical storage promises to store large amo...
The National Archives is, in many respects, in a unique position. For example, I find people from ot...
"The book covers the recent developments in the field of materials for advancing recording technolog...
Abstract:- In the field of data storage, long-term digital preservation is a crucial concern. Due to...
Using the history of magnetic recording and playback equipment, this paper explores the relationship...
The Engineering Research Center in Data Storage Systems at Carnegie Mellon University in cooperation...
Since delivery of thefirst vacuum-column magnetic-tape transport in 1953 and thefirst movable-head d...
A non-erasable memory based on using differences in the magnetic permeability is demonstrated.The me...
The increase of the quantity of data that needs to be stored gave rise to different storage media. F...