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A Collaborative Decision Making Approach for Multi-Unmanned Combat Vehicles based on the Behaviour Tree

Feng Shi, Junqiang Xi, Cheng Gong, Jianwei Gong, Shengguo Hu, Yuedong Ma

Year
2020
Citations
11

Abstract

Aiming at the difficulty of effective behaviour decision-making in multi-unmanned combat vehicle systems under complex environments and multi-task conditions, based on analyzing existing unmanned vehicle behaviour decision systems, this paper proposes a multi-unmanned combat vehicle cooperative behaviour decision method based on the behaviour tree. In this paper, we describe the behaviour tree modeling method for a multi-unmanned combat vehicle collaborative behavioural decision system, analyze the general process of behavioural tree modeling, and demonstrate the effectiveness of the method by implementing a multi-unmanned combat vehicle collaborative behavioural decision based on the Robomaster AI robot.

Keywords

Decision treeComputer scienceTree (set theory)Task (project management)Process (computing)Mobile robotArtificial intelligenceRobotRemotely operated underwater vehicleDecision-making

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