Figure 6 - NAMD: Biomolecular Simulation on Thousands of Processors

Grainsize of pairwise nonbonded computations on a 1536 processor ATPase cutoff run over 32 timesteps. Uniform grainsize aids load balancing and the interleaving of higher priority tasks. Figure generated by the projections utility of Charm++.

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Reference

NAMD: Biomolecular Simulation on Thousands of Processors - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Grainsize-of-pairwise-nonbonded-computations-on-a-1536-processor-ATPase-cutoff-run-over_fig2_4222007 [accessed 4 Jul, 2024]

Caption

Figure 6: Grainsize of pairwise nonbonded computations on a 1536 processor ATPase cutoff run over 32 timesteps. Uniform grainsize aids load balancing and the interleaving of higher priority tasks. Figure generated by the projections utility of Charm++.

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<a href="https://www.researchgate.net/figure/Grainsize-of-pairwise-nonbonded-computations-on-a-1536-processor-ATPase-cutoff-run-over_fig2_4222007"><img src="https://www.researchgate.net/profile/Gengbin-Zheng/publication/4222007/figure/fig2/AS:279497443168257@1443648791013/Grainsize-of-pairwise-nonbonded-computations-on-a-1536-processor-ATPase-cutoff-run-over.png" alt="Grainsize of pairwise nonbonded computations on a 1536 processor ATPase cutoff run over 32 timesteps. Uniform grainsize aids load balancing and the interleaving of higher priority tasks. Figure generated by the projections utility of Charm++."/></a>