Vision-Based Autonomous Navigation System Using ANN and FSM Control
Daniel Oliva Sales, Patrick Y. Shinzato, Gustavo Pessin, Denis F. Wolf, Fernando Santos Osório · 2010
Autonomous mobile robot navigation is a very relevant problem in robotics research. This paper proposes a vision-based autonomous navigation system using artificial neural networks (ANN) and finite state machines (FSM). In the first step, ANNs are used to process the image frames taken from the robot's camera, classifying the space, resulting in navigable or non-navigable areas (image road segmentation). Then, the ANN output is processed and used by a FSM, which identifies the robot's current state, and define which action the robot should take according to the processed image frame. Different experiments were performed in order to validate and evaluate this approach, using a small mobile robot with integrated camera, in a structured indoor environment. The integration of ANN vision-based algorithms and robot's action control based on a FSM, as proposed in this paper, demonstrated to be a promising approach to autonomous mobile robot navigation.