On-the-fly clustering for exascale molecular dynamics simulations. - presented by Dr Alizée Dubois and Thierry Carrard

On-the-fly clustering for exascale molecular dynamics simulations.

Alizée Dubois and Thierry Carrard

ADThierry Carrard
Slide at 26:40
3 mars 15:28 a 192,2% Activités Visionneur de documents pres_algo_killian.pdf ANALYSIS nb pores = 0 t = 6.0 ps X Axis X Axis 2000 10000 2000 0000 7 Axll 4000 Z Axil 4000 6000 9000 Tantalum 6000 8000 8000 8000 8000 7000 10000 1 x 1 X 0.15 um 3 7000 10000 10000 6000 10000 6000 9000 500g Axil 9000 5000 Axis 4000 8, 3 B atoms 8000 4000 8000 3000 3000 7000 2000 2000 6000 1000 5, 2 B voxels 1000 5000 Y Axi 5000 4.0e+09 4000 2000 .9e+02 4000 2000 10 Mh 3000 4000 3.9543e+09 3000 4000 2000 2 Akm 6000 2 Axs 3.9542e+09 2000 6000 1000 ROOD 3.9541e+09 32768 cores 8000 X Axis 3 954e+09 580 560 40e+09 5.4e+02 A. DUBOIS - T. CARRARD - COMPUTER PHYSICS COMMUNICATIONS SEMINAR SERIES - 03/03/25 II Votre écran est partagé par le biais de -'application app.zoom.us. Arrêter le partage Masquer
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Summary (AI generated)

In this section, we present an example comparing a Tantalum structure of 1 micron by 1 micron to one measuring 150 nanometers. This represents a significant advancement in our capabilities. We successfully performed connected components analysis and detected all relevant features, which was a highly satisfactory outcome. Additionally, we will discuss the image processing techniques employed in this analysis.