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An algorithm for computing short-range forces in molecular dynamics simulations with non-uniform particle densities

机译:具有非均匀粒子密度的分子动力学模拟中计算短程力的算法

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We present projection sorting, an algorithmic approach to determining pairwise short-range forces between particles in molecular dynamics simulations. We show it can be more effective than the standard approaches when particle density is non-uniform. We implement tuned versions of the algorithm in the context of a biophysical simulation of chromosome condensation, for the modern Intel Broadwell and Knights Landing architectures, across multiple nodes. We demonstrate up to 5 x overall speedup and good scaling to large problem sizes and processor counts. (C) 2019 The Author(s). Published by Elsevier Inc.
机译:我们提出了投影分类,一种算法方法来确定分子动力学模拟中粒子之间的成对短程力。我们表明,当粒子密度不均匀时,它可以比标准方法更有效。我们在染色体凝结的生物物理模拟的上下文中实现了算法的调谐版本,用于跨多个节点的现代英特尔Broadwell和骑士着陆架构。我们展示了最多5倍的总加速和良好的缩放到大问题尺寸和处理器计数。 (c)2019年作者。 elsevier公司出版

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