Publications
Evaluation Optimization and Application of Execution Models for Exascale Computing
SST/macro: Coarse-grained Hardware/Software Architecture Simulation
Execution Models: A Bottom-Up Study
Architectural Simulation for Exascale Hardware/Software Co-desig
IEEE Computer
Challenges in the utilization of extreme-scale high performance computers by quantum chemistry applications
Pushing back the point of diminishing returns for parallel performance
Exascale computing: An application perspective
SST/macro: The Structural Simulation Toolkit macroscale components for coarse-grained architecture simulation
Evaluating Performance Optimizations of Large-Scale Genomic Sequence Search Applications Using SST/macro
Fault Oblivious eXascale Whitepaper
Co-design of Exascale Applications and Hardware
Utilizing High Performance Computing for Chemistry: Parallel Computational Chemistry
Physical Chemistry Chemical Physics
Chemistry Exascale Co-design Center (CECC) flyer
Exascale co-design with Sandia's structural simulation toolkit (SST) : programming model exploration
Using simulation to design extreme-scale applications and architectures: Programming model exploration
IEEE SIGMETRICS PER
SST/macroscale. The other simulator
A Simulator for Large-scale Parallel Computer Architectures
Macroscale simulation of million core systems with the Structural Simulation Toolkit
Preparing for exascale computing: Software technologies for more efficient utilization of extremescale machines
Calculation of chemical reaction energies using the AM05 density functional
Journal of Computational Chemistry
ArchSim: A simulator for large-scale architecture performance modeling
Components for integral evaluation in quantum chemistry
Journal of Computational Chemistry
Threads in parallel computing and their implications for extreme-scale parallel coupled cluster
Overview of the Massively Parallel Quantum Chemistry Program
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