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![]() | Document Date: 2006-09-22 01:06:06Open Document File Size: 302,89 KBShare Result on FacebookCityVimport / New York / Tampa / /CompanyDesmond / Mellanox Technologies / Shaw D. E. Shaw Research LLC / AMD / IBM / Cisco / Intel / /CountryUnited States / /CurrencyUSD / / /EventCompany Expansion / /FacilityColumbia University / /IndustryTermbiochemical systems / torus network / large biochemical systems / energy drift drops / benchmark systems / acceptable energy drift / parallel systems / energy / energy drift figures / low energy drift / potential energy / slower protocol / commodity networks / commodity hardware / cluster processors / constraint algorithms / energy drift levels / communication networks / severe energy drift / lower energy drift rate corresponding / 32K processors / chemical systems / direct solution / butterfly communications / overall energy / chemical system / shows energy drift rates / pharmaceutical relevance / Energy drift comparison / biological and pharmaceutical interest / commodity processors / position constraint algorithms / excess energy / lower energy drift / 2K processors / energy drift / large chemical systems / biomolecular systems / communication network / pharmaceutical compounds / message-passing protocols / distributed-memory parallel algorithms / torus networks / /MarketIndexCHARMM / /OperatingSystemLinux / POSIX / /OrganizationCenter for Computational Biology and Bioinformatics / Columbia University / New York / /PersonBlue Matter / John K. Salmon / Ron O. Dror / Michael P. Eastwood / Federico D. Sacerdoti / Brent A. Gregersen / Mark A. Moraes / John L. Klepeis / Edmond Chow / /ProductBlue Gene/L / Verbs interface / Verbs / /ProgrammingLanguageL / C / C++ / /ProvinceOrStateNew York / Florida / /TechnologyOpteron processors / 3-D / smooth PME algorithm / distributed-memory parallel algorithms / Linux / commodity processors / message-passing protocols / operating system / 2048 Opteron processors / same protocols / shared memory / 32K processors / slower protocol / one processor / 16 / 384 processors / D. On processor / constraint algorithms / PowerPCbased processors / three-step protocol / cluster processors / 512 processors / 2K processors / Blue Gene/L processors / slower three-step protocol / Bioinformatics / two processors / least 2048 processors / 440 processors / 1024 processors / FFT algorithms / 2112 processor / position constraint algorithms / 2048 processors / PCI-X / network interface card / 32 / 768 processors / one-step protocol / simulation / /SocialTag |