This paper addresses the problem of vision-based closed-loop control for undulatory robots. We present an image-based visual servoing scheme, which drives the robot to a desired location specified by a target image, without explicitly estimating its pose. Instead, the control relies on the computation of the epipolar geometry between the current and target images. We analyze controllability and stability of the proposed control scheme, which is validated by simulation studies using the SIMUUN computational tools. Preliminary experiments, involving the Nereisbot undulatory robotic prototype, are also presented.
['Gonzalo López-Nicolás', 'Michael Sfakiotakis', 'Dimitris P. Tsakiris', 'Antonis A. Argyros', 'Carlos Sagüés', 'José Jesús Guerrero']
Visual homing for undulatory robotic locomotion