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Mathematics / LAPACK / Tridiagonal matrix / Eigenvalues and eigenvectors / Eigenvalue algorithm / Inverse iteration / QR algorithm / SLEPc / Symmetric matrix / Algebra / Linear algebra / Numerical linear algebra


Sunderland: “Numerical Library Eigensolver Performance on PRACE Tier-0 Systems” Numerical Library Eigensolver Performance on PRACE Tier-0 Systems Andrew Sunderlanda* a
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Document Date: 2014-05-31 21:43:15

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File Size: 806,92 KB

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Company

IBM / Fujitsu / JUGENE IBM Blue Gene/P Hardware / GPU / Theoretical Chemistry Group / NAG Ltd / Parallel Linear Software / Bull Intel Westmere Hardware / Intel / Parallel Linear Algebra Software / /

Country

Germany / France / /

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Event

FDA Phase / /

Facility

STFC Daresbury Laboratory / University of Torino / Scalable Library / University of California / ELPA library / /

IndustryTerm

electronic energy states / scientific applications / eigensolver algorithms / large-scale complex systems / energy / scientific computing orthogonal eigenvectors / notable software developments / optimized algorithms / scientific computing / /

Organization

University of California / Berkeley / German government / STFC Daresbury Laboratory / /

Person

Hermann Lederer / Ian Bush / Andrew Sunderland / Jillian Courbin / Andy Sunderland / I. Dhillon / Gavin Pringle / T. Auckenthaler / V / Jack Dongarra / Inge Gutheil / F.Tisseur / Elena Breitmoser / /

Position

driver / composer / Corresponding author / author / same author / representative / evp / /

Product

CRY20480 / CRY7194 / Tier-0 / B510 / CRY3888 / /

ProvinceOrState

Warrington / California / /

Technology

MR3 algorithm / QR algorithm / simulation / /

URL

www.hpcx.ac.uk/research/hpc/technical_reports/HPCxTR0312 / www.hpcx.ac.uk/research/hpc/technical_reports/HPCxTR0510 / http /

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