This report summarizes our investigations into multi-core processors and programming models for parallel scientific applications. The motivation for this study was to better understand the landscape of multi-core hardware, future trends, and the implications on system software for capability supercomputers. The results of this study are being used as input into the design of a new open-source light-weight kernel operating system being targeted at future capability supercomputers made up of multi-core processors. A goal of this effort is to create an agile system that is able to adapt to and effiently support whatever multi-core hardware and programming models gain acceptance by the community.
%0 Generic
%1 Predretti2008
%A Pedretti, Kevin
%A Kelly, Suzanne
%A Levenhagen, Michael
%D 2008
%K AMD Cell Cray Heterogeneous Intel Niagara2 Opteron Sun homogeneous multicore programming_model
%T Summary of Multi-Core Hardware and Programming Model Investigations
%U Kevin Pedretti, Suzanne Kelly, and Michael Levenhagen
%X This report summarizes our investigations into multi-core processors and programming models for parallel scientific applications. The motivation for this study was to better understand the landscape of multi-core hardware, future trends, and the implications on system software for capability supercomputers. The results of this study are being used as input into the design of a new open-source light-weight kernel operating system being targeted at future capability supercomputers made up of multi-core processors. A goal of this effort is to create an agile system that is able to adapt to and effiently support whatever multi-core hardware and programming models gain acceptance by the community.
@misc{Predretti2008,
abstract = {This report summarizes our investigations into multi-core processors and programming models for parallel scientific applications. The motivation for this study was to better understand the landscape of multi-core hardware, future trends, and the implications on system software for capability supercomputers. The results of this study are being used as input into the design of a new open-source light-weight kernel operating system being targeted at future capability supercomputers made up of multi-core processors. A goal of this effort is to create an agile system that is able to adapt to and effiently support whatever multi-core hardware and programming models gain acceptance by the community.},
added-at = {2008-06-24T20:09:37.000+0200},
author = {Pedretti, Kevin and Kelly, Suzanne and Levenhagen, Michael},
biburl = {https://www.bibsonomy.org/bibtex/264001e42b552c5c5df5ba9b04e53645a/ykwok},
interhash = {69fe1dd2c2c68a1a810c80141cc91a8e},
intrahash = {64001e42b552c5c5df5ba9b04e53645a},
keywords = {AMD Cell Cray Heterogeneous Intel Niagara2 Opteron Sun homogeneous multicore programming_model},
month = {05},
timestamp = {2008-06-24T20:09:37.000+0200},
title = {Summary of Multi-Core Hardware and Programming Model Investigations},
url = {Kevin Pedretti, Suzanne Kelly, and Michael Levenhagen},
year = 2008
}