Publication detail
Running Large-Scale Ultrasound Simulations on 256 Salomon Nodes
VAVERKA, F. TREEBY, B. JAROŠ, J.
Original Title
Running Large-Scale Ultrasound Simulations on 256 Salomon Nodes
Type
presentation, poster
Language
English
Original Abstract
Ultrasound simulation is a critical component of model-based treatment planning for ultrasound therapy. However, the domain sizes are typically thousands of wavelengths in size, leading to large-scale numerical models with 10s of billions of unknowns. This paper presents a novel local Fourier basis domain decomposition for full-wave ultrasound propagation simulations with a custom bell function which ensures that the numerical error is below 0.1% while enabling almost ideal strong scaling.
Realistic benchmarks with 6144 Haswell cores across 256 Salomon nodes show significant improvement over native 3D FFT decomposition.
Keywords
Local domain decomposition, k-Wave toolbox, GPU
Authors
VAVERKA, F.; TREEBY, B.; JAROŠ, J.
Released
31. 10. 2017
Location
Ostrava
Pages from
1
Pages to
1
Pages count
1
URL
BibTex
@misc{BUT168712,
author="Filip {Vaverka} and Bradley {Treeby} and Jiří {Jaroš}",
title="Running Large-Scale Ultrasound Simulations on 256 Salomon Nodes",
year="2017",
pages="1--1",
address="Ostrava",
url="https://www.fit.vut.cz/research/publication/11777/",
note="presentation, poster"
}
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