To avoid the throughput limitations of traditional data retrieval algorithms, the authors have developed a family of algorithms that exploit emerging smart-disk technologies and increase data throughput on high-performance continuous media servers
Distributed file systems will need new design concepts in order to offer high performance. Automatic...
Using magnetic disks as a cache for tertiary storage has been shown to be an effective way to addres...
We study integrated prefetching and caching problems following the work of Cao et. al. [3] and Kimbr...
To avoid the throughput limitations of traditional data retrieval algorithms, the authors have devel...
The paper presents techniques which exploit recent magnetic disk-drive technological developments (s...
Network continuous-media applications are emerging with a great pace. Cache memories have long been ...
A multimedia server is a key component of a distributed multimedia information system. Continuous me...
The input/output performance has always been the bottleneck problem of computer systems, and with mu...
In this thesis, we study the problem of how to maximize the throughput of a multimedia system, give...
Recent studies on operating system support for highly concurrent online servers mostly target CPU-in...
High performance servers and high speed networks will form the backbone of the infrastructure requir...
In this thesis we present two multimedia architectures and a data retrieval model for supporting si...
Improving the performance, cost and energy efficiency of a hybrid storage system is too much of a ch...
Abstract. We study integrated prefetching and caching in single and parallel disk systems. A recent ...
In this paper, we propose a novel VOD server architecture and a dynamic prefetch buffer allocation a...
Distributed file systems will need new design concepts in order to offer high performance. Automatic...
Using magnetic disks as a cache for tertiary storage has been shown to be an effective way to addres...
We study integrated prefetching and caching problems following the work of Cao et. al. [3] and Kimbr...
To avoid the throughput limitations of traditional data retrieval algorithms, the authors have devel...
The paper presents techniques which exploit recent magnetic disk-drive technological developments (s...
Network continuous-media applications are emerging with a great pace. Cache memories have long been ...
A multimedia server is a key component of a distributed multimedia information system. Continuous me...
The input/output performance has always been the bottleneck problem of computer systems, and with mu...
In this thesis, we study the problem of how to maximize the throughput of a multimedia system, give...
Recent studies on operating system support for highly concurrent online servers mostly target CPU-in...
High performance servers and high speed networks will form the backbone of the infrastructure requir...
In this thesis we present two multimedia architectures and a data retrieval model for supporting si...
Improving the performance, cost and energy efficiency of a hybrid storage system is too much of a ch...
Abstract. We study integrated prefetching and caching in single and parallel disk systems. A recent ...
In this paper, we propose a novel VOD server architecture and a dynamic prefetch buffer allocation a...
Distributed file systems will need new design concepts in order to offer high performance. Automatic...
Using magnetic disks as a cache for tertiary storage has been shown to be an effective way to addres...
We study integrated prefetching and caching problems following the work of Cao et. al. [3] and Kimbr...