LEARNING
A Fuzzy Path Planning System Based on a Collaborative Reinforcement Learning
Chaymaa Lamini, Youssef Fathi, Said Benhlima
- Year
- 2017
- Citations
- 6
Abstract
In this paper, we present a novel collaborative Q-Learning based path planning system using Holonic Multi Agent System architecture, and the Fuzzy Inference System, to be used in autonomous mobile robots, represented as head-holons, in order to find the optimal path among any starting point, and a goal in a to 2D grid environment. The decision of the navigation is provided by a fuzzy system controller and then it is verified by a sensor validator.
Keywords
Reinforcement learningMotion planningComputer scienceFuzzy logicGrid referenceArtificial intelligencePath (computing)Mobile robotFuzzy control systemGrid
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