Obstacle Avoidance and Path Planning Schemes for Autonomous Navigation of a Mobile Robot: A Review

Abstract

Autonomous navigation of a mobile robot involves self-steering of a robot from one place to another based on computational resources on-board the robot. There are many different ways to approach mobile robot navigation, with path planning and obstacle avoidance playing a key role. This paper discusses three methods used in obstacle avoidance and path planning i.e., the Bug algorithms, the Potential Field methods and the Vector Field Histogram method which are all active sensor-based methods. A more robust system for use to achieve autonomous navigation in any environment can be developed by fusing technologies or schemes by taking advantage of the merits of the different systems while limiting their drawbacks.