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Reinforcement Learning for Robots with special reference to the Inverse kinematics solutions

机译:强制学习机器人,特别参考反向运动学解决方案

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Reinforcement learning is an important learning paradigm apart from supervised and unsupervised learning which is particularly suitable for Robotics system due to its inherent structural complexity, high degrees of nonlinearity and few parameter predictability. As a result of which an accurate mathematical model is difficult to build which has close resemblance with the field behaviours of the robot. To help solve this problem, Q learning based reinforcement algorithm has been proposed for learning the inverse kinematics mapping. The results have been compared with the analytical solutions of the well-known inverse kinematics solution.
机译:钢筋学习是一个重要的学习范式,除了监督和无监督的学习之外,由于其固有的结构复杂性,高度的非线性和少数参数可预测性,特别适用于机器人系统。结果,难以建立一个准确的数学模型,这与机器人的现场行为密切相似。为了帮助解决这个问题,提出了基于学习的加强算法来学习逆运动学映射。将结果与众所周知的逆运动学溶液的分析溶液进行了比较。

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