Add to ORKGThis paper presents an access time model for the Tandberg MLR1 serpentine tape drive and provides low-cost algorithms to characterize this model for each individual tape. The access time model is used to study the effects of scheduling of I/O requests. Simulations and experiments show that use of proper scheduling algorithms provides substantial improvement of the random I/O performance.
In this thesis, we propose a self-tuning approach for automatically selecting and refining the file ...
Disk storage subsystems have not kept up the speed with processors. Processor performance has been i...
Two models for the storage and placement of files on disk storage devices are presented. Both models...
The ever growing needs of large multimedia systems cannot be met by magnetic disks due to their high...
Robotic tape libraries are popular for applications with very high storage requirements, such as vid...
For a wide variety of computational tasks, disk I/O continues to be a serious obstacle to high perfo...
International audienceMagnetic tapes are often considered as an outdated storage technology, yet the...
Robotic tape libraries (RTLs) currently enjoy a prominent place in the storage market, with a report...
Even in today’s world of increasingly faster storage technologies, magnetic tapes continue to play a...
257 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.There exists an increasing di...
Abstract. One of the most effective ways to improve the I/O perfor-mance of a storage system is to e...
As the main stream of Hard Disk Drive (HDD) techniques, Shingled Magnetic Recording (SMR) drives hav...
Data striping is a technique for increasing the throughput and reducing the response time of large a...
Input/output subsystem performance is currently receiving considerable research attention. Significa...
Magnetic tape data storage systems have evolved in an environment where the major applications have ...
In this thesis, we propose a self-tuning approach for automatically selecting and refining the file ...
Disk storage subsystems have not kept up the speed with processors. Processor performance has been i...
Two models for the storage and placement of files on disk storage devices are presented. Both models...
The ever growing needs of large multimedia systems cannot be met by magnetic disks due to their high...
Robotic tape libraries are popular for applications with very high storage requirements, such as vid...
For a wide variety of computational tasks, disk I/O continues to be a serious obstacle to high perfo...
International audienceMagnetic tapes are often considered as an outdated storage technology, yet the...
Robotic tape libraries (RTLs) currently enjoy a prominent place in the storage market, with a report...
Even in today’s world of increasingly faster storage technologies, magnetic tapes continue to play a...
257 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1993.There exists an increasing di...
Abstract. One of the most effective ways to improve the I/O perfor-mance of a storage system is to e...
As the main stream of Hard Disk Drive (HDD) techniques, Shingled Magnetic Recording (SMR) drives hav...
Data striping is a technique for increasing the throughput and reducing the response time of large a...
Input/output subsystem performance is currently receiving considerable research attention. Significa...
Magnetic tape data storage systems have evolved in an environment where the major applications have ...
In this thesis, we propose a self-tuning approach for automatically selecting and refining the file ...
Disk storage subsystems have not kept up the speed with processors. Processor performance has been i...
Two models for the storage and placement of files on disk storage devices are presented. Both models...