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Research on robot motion control based on local weighted kNN-TD reinforcement learning

Fei Han, Jin Lu, Yuequan Yang, Zhiqiang Cao, Tianping Zhang

Year
2012
Citations
2

Abstract

Learning is an important capability for an individual robot, which provides an effective way for understanding, planning, and decision-making in a complex environment. For robot motion control, a local weighted k-nearest neighbors states selection method based on environment information and task information is presented. Based on this method, TD reinforcement learning algorithm is combined to reduce the misclassified probability of kNN-TD method, which is finally verified by the simulations.

Keywords

Reinforcement learningRobotComputer scienceArtificial intelligenceMotion (physics)Task (project management)Robot learningSelection (genetic algorithm)Machine learningk-nearest neighbors algorithm

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