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A MCST and deep neural network based FIR battle platform

机译:基于MCST和深度神经网络的FIR作战平台

摘要

#$%^&*AU2018101314A420181011.pdf#####ABSTRACT This invention is a dual self-mode that combines the neural network and the Monte Carlo tree search. This model competes with itself as a simulation of playing against an actual person as a self-promoting process. In the neural network, we adopt a brand new combination of calculations that performs the value network to analyze the chess states, and the policy network to select the position of next chess piece. The function of the Monte Carlo tree search in this model is to utilize the Monte Carlo to assess the value of every state in the tree. This model effectively dramatically reduced the time consumed because when the neural network is being combined with the Monte Carlo tree search, the neural network will automatically select the optimal method to perform the simulation which enables the model to avoid Monte Carlo tree accordingly so the model does not need to simulate the entire process of each game in order to achieve a resourceful result. After finishing all the steps in the loop, the model will restart the loop from the beginning to initial the whole process again. As a result, each very next step is different from the previous one since the model is constantly improving itself through the process of repeating the loop.
机译:#$%^&* AU2018101314A420181011.pdf #####抽象本发明是结合了神经网络和神经网络的双重自模式。蒙特卡罗树搜索。这种模式与自己竞争模拟与一个真实的人比赛的自我促进过程。在神经网络中,我们采用了全新的计算组合执行价值网络以分析国际象棋状态和政策的机构网络选择下一个棋子的位置。的功能此模型中的蒙特卡洛树搜索是利用蒙特卡洛评估树中每个状态的值。这个模型有效大大减少了消耗的时间,因为当神经网络与蒙特卡罗树搜索相结合网络将自动选择最佳方法来执行仿真使模型能够避免蒙特卡洛树因此,该模型不需要模拟整个过程每个游戏都是为了获得足智多谋的结果。全部完成之后在循环步骤中,模型将从头开始重新启动循环重新开始整个过程​​。结果,每个下一步都是与前一个版本不同,因为该模型正在不断改进本身通过重复循环的过程。

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