Adaptive web caching: towards a new global caching architecture (1998)
| Citations: | 124 - 2 self |
BibTeX
@MISC{Michel98adaptiveweb,
author = {Scott Michel and Khoi Nguyen and Adam Rosenstein and Lixia Zhang and Sally Floyd and Van Jacobson},
title = {Adaptive web caching: towards a new global caching architecture},
year = {1998}
}
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Abstract
An adaptive, highly scalable, and robust web caching system is needed to effectively handle the exponential growth and extreme dynamic environment of the World Wide Web. Our work presented last year sketched out the basic design of such a system. This sequel paper reports our progress over the past year. To assist caches making web query forwarding decisions, we sketch out the basic design of a URL routing framework. To assist fast searching within each cache group, we let neighbor caches share content information. Equipped with the URL routing table and neighbor cache contents, a cache in the revised design can now search the local group, and forward all missing queries quickly and efficiently, thus eliminating both the waiting delay and the overhead associated with multicast queries. The paper also presents a proposal for incremental deployment that provides a smooth transition from the currently deployed cache infrastructure to the new
Keyphrases
new global caching architecture adaptive web caching basic design smooth transition multicast query url routing table revised design last year incremental deployment extreme dynamic environment past year local group sequel paper report cache group robust web waiting delay cache infrastructure neighbor cache share content information neighbor cache content world wide web web query forwarding decision exponential growth url routing framework
