lambertinialessandro / AMR-FinalProject

Grid-based path planning for a differential drive robot

Repository from Github https://github.comlambertinialessandro/AMR-FinalProjectRepository from Github https://github.comlambertinialessandro/AMR-FinalProject

2022 AMR Final Project

Final project for the course of Autonomous and Mobile Robotics 2021/2022.

Student: Alessandro Lambertini Mat: 1938390;

Student: Denise Landini Mat: 1938388;

Student: Gianluca Lofrumento Mat: 1956579;

πŸ“ Assignment

  1. Implement D* and the two versions of D*Lite;
  2. Implement Field D*;
  3. Re-Implement these 4 algorithms as an add-on for this repository Link πŸ”—;
  4. Compare the performance of the algorithms;
  5. Implement improved versions of D*, D*Lite and Field D*;
  6. Test these algorithms on coppeliaSim with a differential drive robot.

πŸ“œ Report

πŸ’― Final score:

Score: 30/30

πŸ™‹ Info

for any doubt or clarification contact us on:

🎞️ Snapshots


Global Map


D* planning and execution.


D* Lite v1 planning and execution.


Field D* planning and execution.


Simulation on CopeliaSim

About

Grid-based path planning for a differential drive robot

License:GNU General Public License v3.0


Languages

Language:MATLAB 99.8%Language:M 0.2%