Distributed event-triggered consensus of multi-agent systems under periodic DoS jamming attacks

Dynamic event‐triggered approach for networked control systems under denial of service attacks

“…Special attention has been recently raised with respect to NCS security against DoS attacks, for example, References 8‐19 and the references therein. The resilient filtering problem for NCSs under intermittent DoS attacks was solved in Reference 8.…”

Event-triggered consensus control of second-order nonlinear multi-agent systems under denial-of-service attacks

“…Up to now, various research efforts have been devoted to investigating the event-triggered consensus control problem of MASs subject to DoS attacks (Cheng et al, 2020; Dong et al, 2020; Feng and Hu, 2017; Xu et al, 2019a, 2019b; Ye and Yang, 2019; Zha et al, 2019). For the first-order linear MASs under undirected graph, Feng and Hu (2017) designed the distributed event-triggered consensus protocol to address the aperiodic DoS attacks.…”

Event-triggered H∞ control for networked control systems under denial-of-service attacks

“…The DoS attacks, which are easily created and have devastating impact on the system, frequently occur in various applications (Mahmoud et al, 2019). The studies of event-based control of NCSs under DoS attacks are reported in Hu et al (2018), Foroush and Martínez (2012) and Cheng et al (2019). In Hu et al (2018), a new resilient event-triggered controller is designed for NCSs under power-constrained and pulse-width modulated DoS attacks.…”

“…In Foroush and Martínez (2012), the authors investigated linear systems under periodic DoS jamming attacks with an ETS control scheme. In Cheng et al (2019), distributed event-triggered consensus of a general linear multi-agent system subjected to periodic DoS jamming attacks was investigated. Nevertheless, the DoS attack investigated in these results follows a fixed pattern, which means that it is either periodic or pulse-width modulated.…”

“…Compared with those in Su and Ye (2018), Hu et al (2018) and Cheng et al (2019), the DoS attack considered in this study is more general, which is non-periodic and may block the communication path at random time. The duration of the attack is upper-bounded.…”