Barcelona / New York / Washington / DC / Cambridge / /
Company
IBM / Argonne National Laboratory / Grained Comp / MIT Press / BT / ACM Press / Mellanox / AMD / /
Country
United States / /
Currency
pence / AMD / / /
EntertainmentAwardEvent
Zima / /
Facility
Argonne Leadership Computing Facility / G. Pike / InfiniBand library / University of California at Berkeley / The University of Texas / /
IndustryTerm
node management / parallel runtime systems / physical network / active traffic management solutions / matrix chain / parallel computing / runtime software / inline processing / unavoidable software interactions / scientific computing domain / pipelined algorithm / software mechanisms / software communication libraries / intra-node networks / performance systems / multicore processors / software stack / generation software / software portability / implementations using hardware / low level networking stack / large-scale parallel systems / external network / runtime systems / parallel dynamic programming algorithms / 4x4 systems / hybrid systems / scientific computing / large scale systems / internal network / /
MarketIndex
MCOP / GUPS / /
OperatingSystem
Linux / POSIX / /
Organization
University of California / U.S. Department of Energy / University of Texas at Austin / MIT / UC Berkeley / Texas Advanced Computing Center / office of Science / Computer Science Division / National Energy Research Scientific Computing Center / PSHM AM / IEEE Computer Society / /
Person
L. Chamberlain / Unlock Hopper / K. Ebcioglu / V / Paul Hargrove / Filip Blagojevi / /
Hybrid PGAS Runtime Support for Multicore Nodes Filip Blagojevi´c, Paul Hargrove, Costin Iancu, Katherine Yelick Lawrence Berkeley National Laboratory {fblagojevic, phhargrove, cciancu, kayelick}@lbl.gov Abstract