Web store Coarse-grain Fine-grain / University of Rochester / Computer Science University of Rochester Dept. / Computer Science University / File store / /
IndustryTerm
cooperative web caches / distinct web pages / web store / above real number solution / web keyword search engines / web proxy / workload-triggered software / fault tolerance protocols / proposed scheme using applications / heterogeneous systems / data-intensive services / web page request trace / distributed data-intensive services / web proxy cache / widearea distributed systems / hardware/software compositions / legacy trace processing artifact / large-scale data-intensive applications / multi-keyword search query / real-world data-intensive applications / clustered groups / wide-area/enterprise-area systems / wireless networks / multi-keyword search / keyword search / writable services / write-intensive services / web keyword search trace / data-intensive distributed systems / rare web pages / wide-area networks / web search engine / interactive Internet users / storage systems / data-intensive applications / real distributed systems / prototype web search engine / short search latency / search query / distributed web content store application / availability-oriented replication systems / search application / power law query distributions / decentralized management / peerto-peer networks / optimization solution / search engine / enterprise-area networks / web caching project / interactive Internet services / search workloads / /
Organization
Harvard / U.S. National Science Foundation / University of Rochester / Computer Science University of Rochester Dept. / IBM Faculty / /
Person
Ming Zhong / /
Position
Prime Minister / replication manager / author / manager functionality / /
Replication Degree Customization for High Availability ∗ Ming Zhong†