| Document Date: 2003-03-27 14:16:49
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Company A. Limited / Microsoft / / / Event Product Issues / Product Recall / / Facility Apply Pipeline / David Culler Computer Science Division University of California / Although Pipeline / Abstract Building / / IndustryTerm few debugging tools / large-scale Internet services / event server / event processing / Internet services platform / concurrent applications / membership protocols / event processing threads / task processing stages / concurrent services / task processing / given task processing stage drive / Internet services / event-processing threads / throughput systems / task processing latency / hybrid server / concurrent systems / processors / timer utilities / software components / platform supporting Internet services / event-driven server / web proxy cache / event-driven systems / hybrid systems / software engineering benefits / Internet service / particular applications / search engine / authoritative server / hypothetical server / / OperatingSystem UNIX / Solaris / Linux / / Organization University of California / Berkeley / David Culler Computer Science Division University / / Person Steven D. Gribble / David Culler / Matt Welsh / / Position model for building and reasoning about concurrent systems / application designer / / Product Pipeline / / ProgrammingLanguage Java / A # / L / / Technology membership protocols / Java / Linux / UNIX / search engine / operating system / Shared Memory / operating systems / client/server / network file system / WAN / /
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A Design Framework for Highly Concurrent Systems Matt Welsh, Steven D. Gribble, Eric A. Brewer, and David Culler Computer Science Division