Publications

Yamazaki, Ichitaro Y.; Hoemmen, Mark F.; Boman, Erik G.; Elliott, James E.; Thomas, Stephen T.; Swirydowicz, Katarzyna S.

Abstract not provided.

Siefert, Christopher S.; Devine, Karen D.; Hoemmen, Mark F.; Hu, Jonathan J.; Kelley, Brian M.

Abstract not provided.

Hoemmen, Mark F.; Hollman, David S.; Trott, Christian R.; Liber, Nevin L.; Rajamanickam, Sivasankaran R.; Lo, Li-Ta L.; Lopez, Graham L.; Caday, Peter C.; Knepper, Sarah K.; Costa, Timothy B.

Abstract not provided.

Yamazaki, Ichitaro Y.; Tomas, Stephen T.; Hoemmen, Mark F.; Boman, Erik G.; Swirydowicz, Katarzyna S.

Abstract not provided.

Proceedings of P3HPC 2019: International Workshop on Performance, Portability and Productivity in HPC - Held in conjunction with SC 2019: The International Conference for High Performance Computing, Networking, Storage and Analysis

Hollman, David S.; Lelbach, Bryce; Edwards, H.C.; Hoemmen, Mark F.; Sunderland, Daniel S.; Trott, Christian R.

Multi-dimensional arrays are ubiquitous in high-performance computing (HPC), but their absence from the C++ language standard is a long-standing and well-known limitation of their use for HPC. This paper describes the design and implementation of mdspan, a proposed C++ standard multidimensional array view (planned for inclusion in C++23). The proposal is largely inspired by work done in the Kokkos project - a C++ performance-portable programming model de- ployed by numerous HPC institutions to prepare their code base for exascale-class supercomputing systems. This paper describes the final design of mdspan af- ter a five-year process to achieve consensus in the C++ community. In particular, we will lay out how the design addresses some of the core challenges of performance-portable programming, and how its cus- tomization points allow a seamless extension into areas not currently addressed by the C++ Standard but which are of critical importance in the heterogeneous computing world of today's systems. Finally, we have provided a production-quality implementation of the proposal in its current form. This work includes several benchmarks of this implementation aimed at demon- strating the zero-overhead nature of the modern design.

Hollman, David S.; Lelbach, Bryce L.; Edwards, H.C.; Hoemmen, Mark F.; Sunderland, Daniel S.; Trott, Christian R.

Abstract not provided.

Fuller, Timothy J.; Hoemmen, Mark F.; McLendon, William C.; Siefert, Christopher S.

Abstract not provided.

Brunini, Victor B.; Clausen, Jonathan C.; Hoemmen, Mark F.; Kucala, Alec K.; Phillips, Malachi P.; Trott, Christian R.

Abstract not provided.

Caday, Peter C.; Hoemmen, Mark F.; Hollman, David S.; Liber, Nevin L.; Lo, Li-Ta L.; Lopez, Graham L.; Luszczek, Piotr L.; Knepper, Sarah K.; Trott, Christian R.

Abstract not provided.

Yamazaki, Ichitaro Y.; Hoemmen, Mark F.; Boman, Erik G.; Dongarra, Jack D.

Abstract not provided.

Brunini, Victor B.; Clausen, Jonathan C.; Hoemmen, Mark F.; Kucala, Alec K.; Phillips, Malachi P.; Trott, Christian R.

Abstract not provided.

Hollman, David S.; Hoemmen, Mark F.; Sunderland, Daniel S.; Trott, Christian R.

Abstract not provided.

Brunini, Victor B.; Clausen, Jonathan C.; Hoemmen, Mark F.; Kucala, Alec K.; Trott, Christian R.; Howard, Micah A.

Abstract not provided.

Sunderland, Daniel S.; Hoemmen, Mark F.; Trott, Christian R.

This report documents the completion of milestone STPRO4-4 Kokkos back-ends research, collaborations, development, optimization, and documentation. The Kokkos team updated its existing backend to support the software stack and hardware of DOE's Sierra, Summit and Astra machines. They also collaborated with ECP PathForward vendors on developing backends for possible exa-scale architectures. Furthermore, the team ramped up its engagement with the ISO/C++ committee to accelerate the adoption of features important for the HPC community into the C++ standard.

Trott, Christian R.; Sunderland, Daniel S.; Hoemmen, Mark F.

This report documents the completion of milestone STPRO4-4 Kokkos back-ends research, collaborations, development, optimization, and documentation. The Kokkos team updated its existing backend to support the software stack and hardware of DOE's Sierra, Summit and Astra machines. They also collaborated with ECP PathForward vendors on developing backends for possible exa-scale architectures. Furthermore, the team ramped up its engagement with the ISO/C++ committee to accelerate the adoption of features important for the HPC community into the C++ standard.

Howard, Micah A.; Fisher, Travis C.; Hoemmen, Mark F.; Dinzl, Derek J.; Overfelt, James R.; Bradley, Andrew M.; Kim, Kyungjoo K.

Abstract not provided.

Clausen, Jonathan C.; Brunini, Victor B.; Hoemmen, Mark F.; Noble, David R.; Trott, Christian R.

Abstract not provided.

Fuller, Timothy J.; Hoemmen, Mark F.

Abstract not provided.

Howard, Micah A.; Fisher, Travis C.; Hoemmen, Mark F.; Dinzl, Derek J.; Overfelt, James R.; Bradley, Andrew M.; Kim, Kyungjoo K.

Abstract not provided.

Clausen, Jonathan C.; Brunini, Victor B.; Forster, Chris F.; Noble, David R.; Hoemmen, Mark F.; Hammond, Simon D.; Trott, Christian R.

Abstract not provided.

Boman, Erik G.; Hoemmen, Mark F.; Anzt, Hartwig A.; Dongarra, Jack D.; Yamazaki, Ichitaro Y.

Abstract not provided.

Overfelt, James R.; Howard, Micah A.; Bradley, Andrew M.; Bova, S.W.; Fisher, Travis C.; Wagnild, Ross M.; Dinzl, Derek J.; Hoemmen, Mark F.

Abstract not provided.

Rajamanickam, Sivasankaran R.; Bradley, Andrew M.; Deveci, Mehmet D.; Hoemmen, Mark F.; Hammond, Simon D.; Kim, Kyungjoo K.; Trott, Christian R.

Abstract not provided.

Clausen, Jonathan C.; Brunini, Victor B.; Forster, Christopher J.; Noble, David R.; Trott, Christian R.; Hammond, Simon D.; Hoemmen, Mark F.; Lin, Paul L.

Abstract not provided.

Clausen, Jonathan C.; Brunini, Victor B.; Forster, Christopher J.; Noble, David R.; Trott, Christian R.; Hammond, Simon D.; Hoemmen, Mark F.; Lin, Paul L.

Abstract not provided.