|Sampled-data-based Event-triggered Control for Multi-agent Systems under Antagonistic Interactions
Yanan Qi, Rui Mu*, and Xianfu Zhang
International Journal of Control, Automation, and Systems, vol. 20, no. 8, pp.2483-2491, 2022
Abstract : In this paper, the leaderless consensus problem is considered for multi-agent systems under antagonistic interactions. Based on the sampled data, we propose an event-triggered mechanism to determine when the current state should be transmitted. This mechanism inherits the merits of both periodic and event-triggered transmission ways, thus reducing the energy consumption. Then, an event-triggered protocol is designed in a fully distributed manner to guarantee the consensus with the same magnitude but opposite sign. Different from the existing results, the designed protocol is implemented for a general digraph containing a spanning tree, and there is no restriction on the sampling period. Finally, the achievement of consensus and the validity of the obtained protocol are demonstrated by simulations.
"Bipartite consensus, directed spanning tree, multi-agent systems, periodic event-triggered control. "
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