ROS-Based Comparative Study on Obstacle Avoidance
Budget: $100 – $330 CAD
I'm looking for a comparative study on obstacle avoidance algorithms utilizing the Robot Operating System (ROS). The focus of this project will be on reactive and hybrid algorithms, specifically applied to wheeled robots.
Key Aspects of the Project:
- Evaluation of Accuracy: The primary performance metric to be assessed is the accuracy of the obstacle avoidance.
- Utilization of ROS/Gazebo: The study will strictly employ the Robot Operating System (ROS) for the simulation (Gazebo) and testing of the algorithms.
- Focus on Wheeled Robots: All evaluations and comparisons will be conducted using wheeled robots.
Ideal Skills and Experience:
- Extensive knowledge and experience in robot programming, specifically with ROS.
- Proficient understanding of both reactive and hybrid obstacle avoidance algorithms.
- Prior experience working with wheeled robots.
- Strong analytical skills for evaluating algorithmic performance based on accuracy.
Please provide previous work examples that showcase your expertise in these areas.
Key Aspects of the Project:
- Evaluation of Accuracy: The primary performance metric to be assessed is the accuracy of the obstacle avoidance.
- Utilization of ROS/Gazebo: The study will strictly employ the Robot Operating System (ROS) for the simulation (Gazebo) and testing of the algorithms.
- Focus on Wheeled Robots: All evaluations and comparisons will be conducted using wheeled robots.
Ideal Skills and Experience:
- Extensive knowledge and experience in robot programming, specifically with ROS.
- Proficient understanding of both reactive and hybrid obstacle avoidance algorithms.
- Prior experience working with wheeled robots.
- Strong analytical skills for evaluating algorithmic performance based on accuracy.
Please provide previous work examples that showcase your expertise in these areas.