Dynamic Load Balancing Strategy for Parallel Tumor Growth Simulations
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AbstractIn this paper, we propose a parallel cellular automaton tumor growth model that includes load balancing of cells distribution among computational threads with the introduction of adjusting parameters. The obtained results show a fair reduction in execution time and improved speedup compared with the sequential tumor growth simulation program currently referenced in tumoral biology. The dynamic data structures of the model can be extended to address additional tumor growth characteristics such as angiogenesis and nutrient intake dependencies.
2013 ◽
Vol 133
(4)
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pp. 891-898
2009 ◽
Vol 28
(11)
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pp. 2867-2870
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2021 ◽
Vol 1055
(1)
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pp. 012098
2021 ◽
Vol 1773
(1)
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pp. 012010