Chatter-Free Distributed Control for Multi-agent Nonholonomic Wheeled Mobile Robot
Keywords:
Formation Control, Nonholonomic Wheeled Mobile Robot, Multi-agent SystemsAbstract
This paper proposes to design a chatter-free distributed control for multiagent nonholonomic wheeled mobile robot systems employing terminal exponential functions with graph theory. The terminal tracking criteria are estimated using the Lyapunov approach. The development of distributed control for nonholonomic multiagent wheeled robot systems is defined in the paper along with consensus tracking for undirected fixed/switched topologies. Numerical simulations have been done in order to assess the efficacy and efficiency of the proposed distributed control method in multiple scenarios.
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