In this paper, we consider a network of homogeneous LTI hybrid dynamics under time-driven aperiodic jumps and exchanging information over a fixed communication graph. Based on the notion of almost equitable partitions, we explicitly characterize the clusters induced by the network over the nodes and, consequently, the corresponding multi-consensus trajectories. Then, we design a decentralized control ensuring convergence of all agents to the corresponding multi-consensus trajectory. Simulations over an academic example illustrate the results.
2022, Proceedings of the IEEE Conference on Decision and Control, Pages 316-321 (volume: 2022-)
Multiconsensus control of homogeneous LTI hybrid systems under time-driven jumps (04b Atto di convegno in volume)
Cristofaro A., Mattioni M.
Gruppo di ricerca: Nonlinear Systems and Control