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Multi-robot task allocation for fire-disaster response based on reinforcement learning

Yantao Tian, Mao Yang, Xinyue Qi, Yongming Yang

Year
2009
Citations
37

Abstract

In order to achieve distributed task allocation dynamically and efficiently for multi-robot systems, multi-robot fire-disaster response was presented, because of its dynamic characteristic. The proposed multi-robot task allocation algorithm for fire-disaster response is based on reinforcement learning. The reinforcement learning algorithm for multi-robot is divided into two types: non-cooperation and cooperation, this algorithm satisfies the requirement of dynamic task allocation for fire-disaster response. The experimental results verify that the proposed strategy can achieve efficient multi-robot dynamic task allocation for fire-disaster response, and the fires are extinguished timely.

Keywords

Reinforcement learningRobotTask (project management)Computer scienceDisaster responseDisaster areaFirefightingResponse timeArtificial intelligenceSimulation

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