Leader-follower output feedback consistency of parabolic multi-agent systems under DoS attacks
LIU Yanjun
ZAN Wenguang
TANG Li
Abstract：In order to solve the consensus problem of parabolic multi-agent systems(MASs)under denial of service(DoS)attacks,the leader-follower consensus control protocol based on output feedback method was proposed for MASs to deal with DoS attacks initiated by malicious attackers,in order to achieve leader-follower consistency on undirected communication topology of agents.In addition,the frequency and duration of DoS attacks were analyzed,and the necessary and sufficient conditions for the stability of parabolic partial differential systems were derived by Lyapunov stability theorem.It is confirmed that the time interval between events is not zero,eliminating the occurrence of Zeno behavior,and the effectiveness of theoretical results is verified through simulation examples.
Keywords：multi-agent systemDoS attackoutput feedback methodpartial differential systemattack frequencyattack durationLyapunov stability theorem
Publication Date：2024-09-25
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 685-692 )