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Adaptive operator selection for path planning in static environments

机译:静态环境中路径规划的自适应算子选择

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Genetic algorithms have been fairly successful in solving difficult and ill-behaved optimization problems, such as path planning. In this paper we use the operator selection approach and introduce new one operator to solve the path planning problem. The Adaptive Operator Selection is utilized in the genetic algorithm to select the operators optimally in a given situation. In this paper, two different probability-based methods, namely the Probability Matching and the Adaptive Pursuit are used for this purpose. The methods are implemented and simulated in several static environments.
机译:遗传算法在解决困难且行为不佳的优化问题(例如路径规划)方面已经相当成功。在本文中,我们使用算子选择方法,并引入新的一个算子来解决路径规划问题。遗传算法中利用自适应算子选择来在给定情况下最优地选择算子。为此,本文使用了两种不同的基于概率的方法,即概率匹配和自适应追踪。这些方法是在几个静态环境中实现和模拟的。

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