Closed nfhe closed 5 months ago
Hi, thanks for your interest in our work. In this current repository, it sets the pedestrian kinematic maps to 0 values and works for the static BARN challenge. Since I am not familar with the details of the dynamic BARN challenge, I think you need to detect the dynamic obstacles first.You can then incorporate the detected kinematic information of dynamic obstacles into our pedestrian kinematic maps. The details of our DRL-VO control policy can be found in our paper "DRL-VO: Learning to Navigate Through Crowded Dynamic Scenes Using Velocity Obstacles". Hope it helps you in some way.
Thank you very much for your response to my question. Thank you for your patient response and guidance.
I'm delighted to see that the authors have open-sourced such excellent navigation algorithms. However, I'm currently facing some challenges and hope you can assist me. I can run Ubuntu 20.04 on Docker with the robot navigation training you provided. After training the model, it performs well in the static BARN environment. Now, I want to run it in the dynamic BARN environment, but I couldn't find any tutorials in your repository.
If you could provide guidance on this matter, I would greatly appreciate it.