Titlebook: Web Content Caching and Distribution; 9th International Wo Chi-Hung Chi,Maarten Steen,Craig Wills Conference proceedings 2004 Springer-Verl

密切關(guān)系

胰島素

A Client-Based Web Prefetching Management System Based on Detection Theoryretrieving Web documents over the Internet. In this paper, we propose a client-based Web prefetching management system, called CPMS, which is based on the caching schema of Netscape Navigator. CPMS includes a prefetching engine, which predicts and prefetches Web documents and their linked documents

嘴唇可修剪

A Client-Based Web Prefetching Management System Based on Detection Theoryretrieving Web documents over the Internet. In this paper, we propose a client-based Web prefetching management system, called CPMS, which is based on the caching schema of Netscape Navigator. CPMS includes a prefetching engine, which predicts and prefetches Web documents and their linked documents

tic-douloureux

Structured Partially Caching Proxies for Mixed Media single solution. We address this issue by utilizing a priori knowledge about news articles’ structure encoded in a presentation plan. Using this, we investigate the gains that knowledge about structure can have for a caching proxy. Our simulations show that . of media object segments achieves a hig

cliche

Structured Partially Caching Proxies for Mixed Media single solution. We address this issue by utilizing a priori knowledge about news articles’ structure encoded in a presentation plan. Using this, we investigate the gains that knowledge about structure can have for a caching proxy. Our simulations show that . of media object segments achieves a hig

enterprise

怪物

凹室

novelty

On the Equivalence of Forward and Reverse Query Caching in Peer-to-Peer Overlay Networksunt for a significant portion of the Internet traffic. The traffic in a peer-to-peer overlay network is different from that in WWW in that each peer is both a client and a server. This suggests that one can deploy a forward cache at the Internet gateway of a network to reduce the amount of queries g

regale

FatNemo: Building a Resilient Multi-source Multicast Fat-Treeranches become thicker the closer one gets to the root, thus overcoming the “root bottleneck” of regular trees. We introduce FatNemo, a novel overlay multi-source multicast protocol based on this idea. FatNemo organizes its members into a tree of clusters with cluster sizes increasing closer to the