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A REINFORCEMENT LEARNING BASED UAVS AIR COLLISION AVOIDANCE

机译:基于强化学习的UAVS空袭避免

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In this paper, we propose to deal with theUAV airspace conflict resolution problem. Wepropose to search near optimal conflict freepolicies in virtue of the model-basedreinforcement learning. We first analyze theUAV airspace conflict problem and the basicconditions in ensuring collision-free planning,and then discuss the features that effect theoptimal action. We then propose thereinforcement learning based conflict resolutionalgorithm. In the model-based learningstructure, we consider the simplified dynamicsof the UAVS in the model, and employ theheuristic method to estimate the state-actionvalue. In the multi-dimension, continuous space,the optimal policy search method is utilized tofind the near optimal policy. The experiencefrom the real environment is used to criticize themodel-based learning policy. In the end, weapply simulation experiments to demonstrate theproposed algorithm.
机译:在本文中,我们建议处理 无人机空域冲突解决问题。我们 建议在无冲突的情​​况下进行最佳搜索 基于模型的政策 强化学习。我们首先分析 无人机空域冲突问题及基本 确保无冲突计划的条件, 然后讨论影响 最佳动作。然后,我们提出 基于强化学习的冲突解决 算法。在基于模型的学习中 结构,我们考虑简化动力学 该模型中的UAVS,并采用 估计状态作用的启发式方法 价值。在多维连续空间中, 最优策略搜索方法被用于 找到接近最优的策略。体验 来自真实环境的批评 基于模型的学习策略。最后,我们 应用模拟实验来证明 提出的算法。

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