The Intelligent Decision-making and Collaboration Mechanism Design of the Soccer Robot System
DOI:
https://doi.org/10.54097/atrs6b13Keywords:
Decision-making, Collaboration, Soccer RobotAbstract
The robot soccer competition integrates technologies such as vision, wireless communication, control, multi-sensor fusion, strategy, and simulation, with a focus on the intelligent soccer robot path decision-making subsystem. This paper briefly analyzes decision-making methods such as role allocation, time-region control, and self-tactics, with a primary focus on the top-down hierarchical reasoning model, emphasizing robot collaboration and reflecting the concept of multi-agent cooperation. During the implementation process, the code and functions of the decision subsystem are described in detail, and examples are provided to demonstrate how to achieve robot decision-making, tactical applications, and movement. Additionally, the effectiveness and performance of the system are verified through algorithm testing.
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