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Look-ahead control of conveyor-serviced production station by using potential-based online policy iteration

机译:使用基于势的在线策略迭代对输送机服务的生产站进行超前控制

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摘要

We consider the look-ahead control of a conveyor-serviced production station (CSPS) in the context of semi-Markov decision process (SMDP) model, and our goal is to find an optimal control policy under either average- or discounted-cost criteria. Policy iteration (PI), combined with the concept of performance potential, can be applied to provide a unified optimisation framework for both criteria. However, a major difficulty arises in the exact solution scheme, that is, it requires not only the full knowledge of model parameters, but also a considerable amount of work to obtain and process the necessary system and performance matrices. To overcome this difficulty, we propose a potential-based online PI algorithm in this article. During implementation, by analysing and utilising the historic information of all the past operation of a practical CSPS system, the potentials and state-action values are learned on line through an effective exploration scheme. We finally illustrate the successful application of this learning-based technique in CSPS systems by an example.
机译:我们在半马尔可夫决策过程(SMDP)模型的背景下考虑对输送机服务的生产站(CSPS)的前瞻性控制,我们的目标是在平均成本或折扣成本标准下找到最优控制策略。策略迭代(PI)与性能潜力的概念相结合,可以应用于为两个标准提供统一的优化框架。但是,在精确的解决方案中会遇到很大的困难,即,不仅需要全面了解模型参数,而且还需要大量工作来获取和处理必要的系统和性能矩阵。为了克服这个困难,我们在本文中提出了一种基于电位的在线PI算法。在实施过程中,通过分析和利用实际CSPS系统过去所有操作的历史信息,可以通过有效的勘探方案在线学习潜力和状态作用值。我们最后通过一个例子说明了这种基于学习的技术在CSPS系统中的成功应用。

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