A. Chankuntod et al. A Hierarchical Internet Object Cache. In USENIX'96, 1996. Home/Search Document Not in Database Summary Related Articles Check |
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Increasing Effective Link Bandwidth by Suppressing Replicated.. - Santos, Wetherall (1998) (9 citations) (Correct)
....by a single access link that is the bottleneck for transfers between the two domains. We ignore more costly options that reconfigure the system to shift this bottleneck, e.g. purchasing more bandwidth, spreading load over multiple links, or co locating Web servers with the ISP. Today s Web caches [14, 1] are deployed by organizations to reduce both client latency and wide area bandwidth requirements. A caching system may therefore be readily deployed at point A to protect incoming bandwidth by combining client requests. Existing caching systems, however, are more limited in their ability to ....
A. Chankuntod et al. A Hierarchical Internet Object Cache. In USENIX'96, 1996.
Improving the Performance of Distributed Applications Using.. - Legedza (1998) (52 citations) (Correct)
....intercepted and serviced by the network caches, thus reducing server load. In the case where N=1000, we see a decrease in server load of 54 . Caches shared between sites are clearly beneficial. Ultimately, we would like to compare intra network caching to other systems of shared caches (such as [7, 26, 31]) that locate their caches at network endpoints. However, it is not 0 200 400 600 800 1000 0 200 400 600 800 1000 Server Load (requests second) Client Load (requests second) Effect of Caching on Server Load Client site caching only Plus Active Router Caching Figure 1: Server Load yet clear ....
A. Chankuntod et al. A hierarchical internet object cache. In Proceedings of 1996 USENIX, 1996.
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