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Importance sampling method for efficient estimation of the probability of rare events in biochemical reaction systems

机译:重要采样方法可有效估算生化反应系统中稀有事件的可能性

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The weighted stochastic simulation algorithm (wSSA) recently developed by Kuwahara and Mura and the refined wSSA proposed by Gillespie et al. based on the importance sampling technique open the door for efficient estimation of the probability of rare events in biochemical reaction systems. However, both the wSSA and the refined wSSA do not provide a systematic method for selecting the values of importance sampling parameters but require some initial guessing for those values. In this paper, we develop a systematic method for selecting the values of importance sampling parameters for the wSSA. Numerical results demonstrate that our parameter selection method can substantially improve the performance of the wSSA in terms of simulation efficiency and accuracy.
机译:Kuwahara和Mura最近开发了加权随机模拟算法(wSSA),而Gillespie等人则提出了改进的wSSA。基于重要性采样技术,为有效估算生化反应系统中稀有事件的可能性打开了大门。但是,wSSA和改进的wSSA均未提供用于选择重要度采样参数值的系统方法,但需要对这些值进行一些初步猜测。在本文中,我们开发了一种系统的方法,用于选择wSSA的重要抽样参数的值。数值结果表明,我们的参数选择方法可以在仿真效率和准确性方面大大提高wSSA的性能。

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