Add to ORKGThe gap between CPU speeds and the speed of the technologies providing the data is increasing. This causes the performance of processes to be limited by the performance of the storage devices, the networks and the buses. Furthermore, the number of CPUs that share these data access resources is growing exponentially. Caching, prefetching and parallelism are some of the techniques used today to cope with I/O latency and system scalability to support more users. This paper describes the two major..
Caching is a popular mechanism for enhancing performance of memory access speed. To achieve such enh...
This dissertation addresses different issues related to high performance networked storage systems. ...
Distributed file systems will need new design concepts in order to offer high performance. Automatic...
The gap between CPU speeds and the speed of the technologies providing the data is increasing. This ...
The gap between CPU speeds and the speed of the technologies provid-ing the data is increasing. As a...
If we examine the structure of the applications that run on parallel machines, we observe that their...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
This paper introduces a new caching structure to improve server performance by minimizing data traff...
The usage of network-based applications is increasing, as network speeds increase. Also, the use of ...
This thesis considers two approaches to the design of high-performance computers. In a <I>single pro...
This paper evaluates network caching as a means to improve the performance of cluster-based multipro...
Effective file system caching reduces local disk accesses and remote file server accesses significan...
The recent information explosion has created a pressing need for faster and more reliable data stora...
Exponential link bandwidth increase over the past decade has sparked off interest in increasingly co...
We consider a cache network in which a single server is connected to multiple users via a shared err...
Caching is a popular mechanism for enhancing performance of memory access speed. To achieve such enh...
This dissertation addresses different issues related to high performance networked storage systems. ...
Distributed file systems will need new design concepts in order to offer high performance. Automatic...
The gap between CPU speeds and the speed of the technologies providing the data is increasing. This ...
The gap between CPU speeds and the speed of the technologies provid-ing the data is increasing. As a...
If we examine the structure of the applications that run on parallel machines, we observe that their...
Cache memory is one of the most important components of a computer system. The cache allows quickly...
This paper introduces a new caching structure to improve server performance by minimizing data traff...
The usage of network-based applications is increasing, as network speeds increase. Also, the use of ...
This thesis considers two approaches to the design of high-performance computers. In a <I>single pro...
This paper evaluates network caching as a means to improve the performance of cluster-based multipro...
Effective file system caching reduces local disk accesses and remote file server accesses significan...
The recent information explosion has created a pressing need for faster and more reliable data stora...
Exponential link bandwidth increase over the past decade has sparked off interest in increasingly co...
We consider a cache network in which a single server is connected to multiple users via a shared err...
Caching is a popular mechanism for enhancing performance of memory access speed. To achieve such enh...
This dissertation addresses different issues related to high performance networked storage systems. ...
Distributed file systems will need new design concepts in order to offer high performance. Automatic...