The Trickle - Down E ect : Web Caching and Server Request Distribution

The Trickle-down Eeect: Web Caching and Server Request Distribution

Web proxies and Content Delivery Networks (CDNs) are widely used to accelerate Web content delivery and to conserve Internet bandwidth. These caching agents are highly e ective for static content, which is an important component of all Web-based services. This paper explores the e ect of ubiquitous Web caching on the request patterns seen by other components of an end-to-end content delivery ar...

The Trickle - Down E ect : Web Caching andServer

Web proxies and Content Delivery Networks (CDNs) are widely used to accelerate Web content delivery and to conserve Internet bandwidth. These caching agents are highly eeective for static content, which is an important component of all Web-based services. This paper explores the eeect of ubiquitous Web caching on the request patterns seen by other components of an end-to-end content delivery ar...

The Trickle-Down Effect: Web Caching and Server Request Distribution

On Request Forwarding for the Dynamic Web Caching Hierarchies

To enhance the performance of Web caching, we proposed a dynamic Web caching hierarchy scheme based upon the Caching Neighborhood Protocol (CNP) [1][2] to facilitate establishing flexible cooperation partnerships among the Web origin servers and proxy servers. One of the key issues to the success of using CNP for the Web caching is request forwarding, i.e., to which destination server a client-...

Exploiting Regularities in Web Traac Patterns for Cache Replacement

Caching web pages at proxies and in web servers' memories can greatly enhance performance. Proxy caching is known to reduce network load and both proxy and server caching can signiicantly decrease latency. Web caching problems have diierent properties than traditional operating systems paging , and cache replacement can beneet by recognizing and exploiting these diierences. We address two aspec...