Performance Portabile Multi-Species Plasma Code

Matthew Bettencourt,Janine C. Bennett,Eric C. Cyr,Richard Kramer,Aram H. Markosyan,Chris H. Moore,Roger Pawlowski,Edward Phillips,Allen Robinson,John Shadid

2017 IEEE INTERNATIONAL CONFERENCE ON PLASMA SCIENCE (ICOPS)（2017）

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摘要

The emergence of high concurrency architectures like GPUs, Intel Phi, and multi-core CPUs necessitates reconsideration of many of the algorithms used to simulate plasmas. We have undertaken the development of a multi-species plasma application using both the multi-fluid and particle-in-cell (PIC) representations of the plasma. The simulation of these plasmas on next-generation hardware is encompassed in the EMPIRE code suite, an open source software suite built off Trilinos/Drekar/mini-PIC tools.

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关键词

high concurrency architectures,Intel Phi,particle-in-cell representations,EMPIRE code suite,multicore CPU,performance portabile multi-species plasma code,GPU,Trilinos/Drekar/mini-PIC tools

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