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Results for “Performance: Portability”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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A performance portable implementation of high-order, entropy-stable spectral collocation schemes for compressible turbulent flows.
Abstract not provided.
Toward Automatic Test Synthesis for Performance Portable Programs.
Abstract not provided.
Performance, portability and productivity in ice-sheet modeling using MALI.
Abstract not provided.
A Performance Portable Sea Ice Model Using the Discrete Element Method
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Automated Tuning of Albany Land Ice for Portable Performance
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Performance portable abstractions of high-order kernels for compressible turbulent flow
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Kokkos 4 - Sustaining Performance Portability for the Exascale Era
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Algorithmic and Performance Portability Developments in the Trilinos Solver Stack
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A Performance Portable Sea Ice Model Using the Discrete Element Method
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Gemma: A Modern, Performance Portable Electromagnetics Code
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Achieving and maintaining performance and performance portability within the Albany multi-physics code: perspectives & tools
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LAMMPS: Performance Portability Pre-ECP and Post-ECP
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Performance portable extensions to ice-sheet modeling in MALI
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FLEXO: A Portably Performant Code for Pulsed Power Target Physics
FLEXO (Flux-Limited Extended-MHD Ohm's Law) is a production-line multiphysics code developed at Sandia to enable more predictive modeling of target physics on pulsed-power devices. FLEXO uses an extended magnetohydrodynamics (XMHD) model which includes a generalized Ohm's law (GOL), an electron inertia term, and Hall physics. This report describes the code's numerical methods, its computational performance, and test problems of interest.