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An improved probabilistic planning algorithm based on PGraphPlan

机译:一种基于Pgraphplan的概率规划算法

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With the fast development of AI planning, planning technology has been widely applied to robotics and automated cybernetics. Many researchers pay more and more attention to the uncertainty in AI planning. This paper provides a probabilistic planning algorithm based on PGraphPlan. This paper introduces two new concepts: new proposition and mutex propositions. During the expansion of the planning graph, each operator and each way of instantiating the preconditions of the operator to propositions in the previous level do not insert an action node if any two of its preconditions are labeled as mutex propositions. So the amount of nodes created is reduced. The algorithm is implemented in C. This paper provides empirical evidence in favor of this approach, which show that this algorithm outperforms PGraphPlan and has excellent performance in terms of storage space.
机译:随着AI规划的快速发展,规划技术已被广泛应用于机器人和自动控制网络。许多研究人员越来越多地关注AI规划的不确定性。本文提供了一种基于Pgraphplan的概率规划算法。本文介绍了两个新的概念:新的命题和互斥议题。在规划图的扩展期间,每个运算符和将操作员的前提图的每个操作员与先前级别的命题的每个操作员都不会插入动作节点,如果其两个先决条件被标记为互斥互斥命题。所以创建的节点量减少了。该算法在C中实施。本文提供了有利于这种方法的经验证据,这表明该算法优于Pgraphplan,并且在存储空间方面具有出色的性能。

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