Hovering synchronization of a fleet of quadcopters
Bogdan Niemoczynski, Saroj Biswas, James Kollmer, Frank T. Ferrese · 2014
Multi-agent concepts are applied to a fleet of quadcopters for a synchronized hovering flight. Each quadcopter system is represented by a simple dynamic model which is linearized with respect to a hovering state. A two stage controller is proposed consisting of a local feedback loop for stabilization of individual platforms, and a global system-level feedback loop for synchronization. It is shown that with appropriate feedback, the fleet maintains stability of hovering formation. It is also shown that the controller maintains collective stability of the fleet in the event of failure of individual quadcopters. Simulation results are presented showing synchronized hovering in the horizontal and vertical planes.