The performance of HTTP cache servers varies dramatically from server to server. Much of the variation is independent of cache size and network topology and thus appears to be related to differences in the user communities. Analysis of a range of user traces shows that, just like caches, individual users have highly variable hit rates, Zipf locality curves and show strong signs of long range dependency. In order to predict cache performance we propose a simple model which treats a cache as an aggregation of single users, and each user as a small cache
This paper presents a performance study of the state-of-the-art caching proxy called Squid. We instr...
Web traffic is growing, and the need for accurate traces of HTTP traffic is therefore also rising, b...
Fast Internet content delivery relies on two layers of caches on the request path. Firstly, content ...
HTTP cache servers reduce network traffic by storing popular files nearer to the client and have bee...
A key determinant of the effectiveness of a web cache is the locality of the files requested. In the...
A key determinant of the effectiveness of a web cache is the locality of the files requested. In the...
World Wide Web (WWW) traffic will dominate network traffic for the foreseeable future. Accurate pred...
This paper develops and implements a World Wide Web cache infrastructure model which is to be used f...
This paper develops and implements a World Wide Web cache infrastructure model which is to be used f...
Previous studies of World-Wide Web traffic patterns have, quite necessarily, been limited in their s...
The dimensioning of caching systems represents a difficult task in the design of infrastructures for...
The growing popularity of the World Wide Web is placing tremendous demands on the Internet. A key st...
Characterizing World Wide Web proxy traffic helps identify parameters that affect caching, capacity ...
Concerns regarding the scalability of the interdomain routing have encouraged researchers to start e...
Web caching aims to reduce network traffic, server load, and user-perceived retrieval delays by repl...
This paper presents a performance study of the state-of-the-art caching proxy called Squid. We instr...
Web traffic is growing, and the need for accurate traces of HTTP traffic is therefore also rising, b...
Fast Internet content delivery relies on two layers of caches on the request path. Firstly, content ...
HTTP cache servers reduce network traffic by storing popular files nearer to the client and have bee...
A key determinant of the effectiveness of a web cache is the locality of the files requested. In the...
A key determinant of the effectiveness of a web cache is the locality of the files requested. In the...
World Wide Web (WWW) traffic will dominate network traffic for the foreseeable future. Accurate pred...
This paper develops and implements a World Wide Web cache infrastructure model which is to be used f...
This paper develops and implements a World Wide Web cache infrastructure model which is to be used f...
Previous studies of World-Wide Web traffic patterns have, quite necessarily, been limited in their s...
The dimensioning of caching systems represents a difficult task in the design of infrastructures for...
The growing popularity of the World Wide Web is placing tremendous demands on the Internet. A key st...
Characterizing World Wide Web proxy traffic helps identify parameters that affect caching, capacity ...
Concerns regarding the scalability of the interdomain routing have encouraged researchers to start e...
Web caching aims to reduce network traffic, server load, and user-perceived retrieval delays by repl...
This paper presents a performance study of the state-of-the-art caching proxy called Squid. We instr...
Web traffic is growing, and the need for accurate traces of HTTP traffic is therefore also rising, b...
Fast Internet content delivery relies on two layers of caches on the request path. Firstly, content ...