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Distributed individual-based simulation

  • Author(s): Liu, J
  • Dillencourt, MB
  • Bic, LF
  • Gillen, D
  • Lander, AD
  • Editor(s): Sips, Henk J
  • Epema, Dick HJ
  • Lin, Hai-Xiang
  • et al.
Abstract

Individual-based simulations are an important class of applications where a complex system is modeled as a collection of autonomous entities, each having its own identify and behavior in the underlying simulated space. The main drawback of such simulations is that they are extremely compute-intensive. We consider the class of individual-based simulations where the simulated entities interact with one another indirectly through the underlying simulated space, significant performance improvement is attainable through parallelism on a network of machines. We present a data distribution and an approach to reduce the communication overhead, which leads to significant performance improvements while preserving the accuracy of the simulation. © 2009 Springer.

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