| Document Date: 2006-04-20 04:11:42
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Company IBM / Mellanox / Optimizing Bandwidth Limited / supNetwork Hardware / / / Event Natural Disaster / / Facility GASNet communication system / University of California / / IndustryTerm higher overall efficiency on systems / unordered network hardware / shared memory hardware / scientific applications / cross-processor / interconnect technologies / bandwidth-sensitive applications / eager algorithm / host processor / interconnect solutions / distributed algorithm / real-world scientific applications / communication protocol / terconnect hardware / lower software / parallel systems / production applications / cluster networks / communication startup / target networks / cluster network hardware / given network / target processor / lower software overhead / cluster hardware / processor-based solutions / computing / communication network / remote processors / near-commodity network / rendezvous algorithm / / MarketIndex MPI / NAS FT / NAS / / OperatingSystem UNIX-like / / Organization University of California / Berkeley1 Computational Research Division / UPC’s SPMD / Computer Science Division / / Person Lawrence Berkeley / / Position translator / repeated forward / representative for one-sided communication / programmer / / Product GASNet / One-Sided Communication / / ProgrammingLanguage Fortran / / ProvinceOrState California / / RadioStation Core / / Technology Alpha / 3-D / UNIX / API / NIC processor / implementation algorithms / eager algorithm / UDP / RDMA-based interconnect technologies / shared memory / operating systems / increasingly offloading communication protocol / Ethernet / target processor / rendezvous algorithm / host processor / Pencils algorithm / MPI protocol / cache-blocked algorithm / 512 processors / /
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Optimizing Bandwidth Limited Problems Using One-Sided Communication and Overlap Christian Bell1,2 , Dan Bonachea1 , Rajesh Nishtala1 , Katherine Yelick1,2 {csbell,bonachea,rajeshn,yelick}@cs.berkeley.edu Computer Science