Max Robotics — Global Service Robot Directory + US Certification

About

Gilles Mourioux is a robotics researcher whose work centers on omnidirectional locomotion, control architectures, and autonomous navigation for mobile robots. His most influential contribution, "Omni-directional robot with spherical orthogonal wheels: concepts and analyses" (2006, 39 citations), introduces a novel mechanical design using three motorized axles with spherical orthogonal wheels, enabling robots to move freely in any direction without reorientation. This foundational work addresses key challenges in omnidirectional mobility. Mourioux has also made significant strides in robot control, proposing a multi-level architecture that bridges autonomy and teleoperation (2006, 12 citations), and developing a generic control framework adaptable to various applications (2007, 6 citations). His research extends to reactive navigation through local map building (2004, 9 citations) and sensor fusion, matching telemetric measures with images for improved perception (2007, 5 citations). Notably, he contributed to the MARTE Project, applying tele-echography between Cyprus locations (2006), and later explored rollover-risk diagnosis using the Zero Moment Point criterion (2015). With a career spanning mechanical design, hierarchical control, and cooperative mapping (2019), Mourioux’s work remains relevant for researchers in field robotics and autonomous systems.