ponencia en congreso.page.titleprefix Robust tracking control for non-holonomic wheeled mobile robots in a leader-follower formation with time-gap separation
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Date
2020-12
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Abstract
"This work addresses the design and validation of a time-gap synchronized leader-follower formation scheme for wheeled mobile multi-robot systems. This scheme generates reference trajectories for each robot through the estimation via observer of the delayed behavior of its predecessor. A second
goal of this paper is the precise and efficient tracking of these references to achieve the desired movement of the chained formation. Therefore, a robust two-stage controller is proposed,
where the angular velocity of lateral wheels is regulated in a first stage by a torque controller, with velocity references provided by a tracking controller that commands the robot’s pose in a
second stage. The outlined theory is validated through successful results in simulations of multi-body dynamic models, integrating ADAMS and MATLAB."
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Keywords
ROBOTICA, CONTROL ROBUSTO, DINAMICA DE CUERPOS RIGIDOS