Performance portability and evaluation of heterogeneous components of SeiSol targeted to upcoming Intel HPC GPUs
We will present our recent results of integrating oneAPI programming model into SeisSol, a software package for simulating seismic waves and earthquake dynamics. During the talk, we are going to demonstrate a set of comparisons of various SeisSol specific benchmarks compiled and executed with oneAPI, hipSYCL, and CUDA. At the end, we are going to present performance of the whole application obtained with 2 Nvidia RTX 3090 Turbo GPUs using oneAPI compiled with CUDA backend.
Speaker(s)
Ravil Dorozhinskii
Ravil Dorozhinskii is a PhD candidate at Technical University of Munich. His current research topic is focused on heterogeneous computing in Computational Seismology as part of the ChEESE project. Ravil obtained his first degree in Engineering at Bauman Moscow State Technical University with a focus on Numerical Methods and Simulations. After a few years of working in industry, he joined Computational Science and Engineering Master’s program at Technical University of Munich and focused on High Performance Computing. Ravil is working on generating GPU code for SeisSol and his current research interest is in Compiler Design and Construction. As a part of Ravil’s PhD study, he is involved in teaching HPC Algorithms and Applications as well as 3D Game Physics.
