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About

Mario Tosques is an Italian robotics and control systems researcher whose work has made significant contributions to the field of multi-robot coordination, particularly in the area of formation control for nonholonomic mobile robots. His research centers on the mathematical and geometric foundations governing how groups of autonomous robots can move together in coordinated formations, with a particular focus on leader–follower architectures and hierarchical structures. Tosques is perhaps best known for his highly influential 2008 paper on leader–follower formation control of nonholonomic mobile robots with input constraints, which has accumulated over 670 citations and stands as a landmark contribution to mobile robotics. His work introduced elegant geometric frameworks for analyzing and solving formation control problems, revealing fundamental constraints—such as bounds on the curvature of leader trajectories—that arise directly from formation geometry. His research on hierarchical formations of unicycle robots, spanning multiple papers from 2007 to 2011, systematically extended these ideas to complex multi-robot trees, addressing practical limitations like velocity and curvature bounds. By framing formation control as a disturbance decoupling problem and exploring internal formation dynamics, Tosques bridged abstract geometric theory with practical control design. His body of work provides essential theoretical tools for researchers developing scalable, constraint-aware coordination strategies for autonomous robot teams.