RL-Based AMR Controller

版本 1.0.3 (253.5 KB) 作者: 정호 윤
Using Reinforcement learning, we implemented AMR controller with MATLAB/Simulink.
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更新时间 2024/9/5

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After unzipping the compressed file, open the AIV_robot.slx file and run the rlEnv.m script to perform AMR learning in conjunction with the Driving Scenario Designer APP.
The 2024b pre-release version must be used so that no ultrasonic sensor-related errors occur.
In 2024a, the ultrasonic sensor is not available due to a measurement error.
At this time, the path to the scenario.mat file must be modified in the Environment/Simulation/Scenario Reader block.
If you want to check the driving performance of the trained agent, you can visualize it using a bird's eye scope on the Simulink model.
If you don't want to learn, just load the agent and run it in Simulink, and the model will run in approximately 18 seconds.
Rewards can be freely modified and used, and isdone can be modified to make the model more dynamic.
Training time takes 20 to 30 hours per 1,000 trials, and it may be more efficient to learn by fine-tuning an existing model rather than learning from scratch.

引用格式

정호 윤 (2024). RL-Based AMR Controller (https://www.mathworks.com/matlabcentral/fileexchange/170616-rl-based-amr-controller), MATLAB Central File Exchange. 检索时间: .

MATLAB 版本兼容性
创建方式 R2024b
兼容 R2024b
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