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首页> 外文期刊>Automatic Control, IEEE Transactions on >Adaptive Search Algorithms for Discrete Stochastic Optimization: A Smooth Best-Response Approach
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Adaptive Search Algorithms for Discrete Stochastic Optimization: A Smooth Best-Response Approach

机译:离散随机优化的自适应搜索算法:光滑的最佳响应方法

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摘要

This paper considers simulation-based optimization of the performance of a regime-switching stochastic system over a finite set of feasible configurations. Inspired by the stochastic fictitious play learning rules in game theory, we propose an adaptive random search algorithm that uses a smooth best-response sampling strategy and tracks the set of global optima, yet distributes the search so that most of the effort is spent on simulating the system performance at the global optima. The algorithm responds properly to the random unpredictable jumps of the global optimum even when the observations data are temporally correlated as long as a weak law of large numbers holds. Numerical examples show that the proposed scheme yields faster convergence and superior efficiency for finite sample lengths compared with several existing random search and pure exploration methods in the literature.
机译:本文考虑了有限组可行配置下基于模拟的政权切换随机系统性能的优化。受到博弈论中随机虚拟游戏学习规则的启发,我们提出了一种自适应随机搜索算法,该算法使用平滑的最佳响应采样策略并跟踪全局最优集,但分配了搜索范围,因此大部分工作都花在了模拟上全局最佳状态下的系统性能。只要观测数据在时间上相关,只要保持弱的大数定律,该算法就可以对全局最优的随机不可预测的跳跃做出适当的响应。数值算例表明,与文献中现有的几种随机搜索和纯探索方法相比,该方法在有限样本长度下收敛速度更快,效率更高。

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