David Clarke
David Clarke
UCD School of Computer Science and Informatics, University College Dublin
Verified email at ucdconnect.ie
Title
Cited by
Cited by
Year
Column-based matrix partitioning for parallel matrix multiplication on heterogeneous processors based on functional performance models
D Clarke, A Lastovetsky, V Rychkov
European Conference on Parallel Processing, 450-459, 2011
572011
Dynamic load balancing of parallel computational iterative routines on highly heterogeneous HPC platforms
D Clarke, A Lastovetsky, V Rychkov
Parallel Processing Letters 21 (02), 195-217, 2011
442011
Hierarchical partitioning algorithm for scientific computing on highly heterogeneous cpu+ gpu clusters
D Clarke, A Ilic, A Lastovetsky, L Sousa
European Conference on Parallel Processing, 489-501, 2012
242012
Fupermod: A framework for optimal data partitioning for parallel scientific applications on dedicated heterogeneous hpc platforms
D Clarke, Z Zhong, V Rychkov, A Lastovetsky
International Conference on Parallel Computing Technologies, 182-196, 2013
222013
Dynamic load balancing of parallel computational iterative routines on platforms with memory heterogeneity
D Clarke, A Lastovetsky, V Rychkov
European Conference on Parallel Processing, 41-50, 2010
142010
Design and optimization of scientific applications for highly heterogeneous and hierarchical HPC platforms using functional computation performance models
D Clarke, I Aleksandar, A Lastovetsky, V Rychkov, L Sousa, Z Zhong
High-Performance Computing on Complex Environments, 520, 2014
112014
Design and implementation of self-adaptable parallel algorithms for scientific computing on highly heterogeneous HPC platforms
A Lastovetsky, R Reddy, V Rychkov, D Clarke
arXiv preprint arXiv:1109.3074, 2011
92011
Using multidimensional solvers for optimal data partitioning on dedicated heterogeneous hpc platforms
V Rychkov, D Clarke, A Lastovetsky
International Conference on Parallel Computing Technologies, 332-346, 2011
62011
PhD Transfer report: Design and Implementation of Parallel Algorithms for Modern Heterogeneous Platforms
D Clarke
2012
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