Security control for nonlinear systems under quantization and Round-Robin protocol subject to deception attacks

Adaptive event‐triggered tracking control for nonlinear networked systems with dynamic quantization and deception attacks

“…1. It is different from the existing fuzzy systems 21,[24][25][26][27][28] and IT2 fuzzy systems. [29][30][31][32][33][34][35] The uncertainty of nonlinear systems was considered from two aspects, that is, the uncertainty of MFs and norm-bounded uncertainty.…”

“…For example, in Reference 24, a $$$ {H}_{\infty } $$$ fuzzy filter for nonlinear NCSs (NNCSs) with quantization, event‐triggered and deception attacks was designed. The problem of sensor networks security distributed filter design with deception attacks was considered in References 25 and 26 addressed the security control problem based on the network protocol of the NNCSs under quantization and deception attacks. Through the description of the above literature, we can see the challenges and difficulties of state reconstruction brought by the introduction of privacy protection strategy.…”

Outlier‐resistant quantized control for T‐S fuzzy systems under multi‐channel‐enabled round‐robin protocol and deception attacks

“…Remark Although some secure control method for T‐S fuzzy systems with limited networked resources and cyber attacks can be found in the existing literature, the discussed problem in this paper is distinct from these publications 16,23,30 . In Reference 16, a secure control method for T‐S fuzzy systems is proposed under consideration of quantization and RR protocol.…”

“…Although some secure control method for T-S fuzzy systems with limited networked resources and cyber attacks can be found in the existing literature, the discussed problem in this paper is distinct from these publications. 16,23,30 In Reference 16, a secure control method for T-S fuzzy systems is proposed under consideration of quantization and RR protocol. In References 23 and 30, for T-S fuzzy systems, the authors discussed the secure control problem against cyber-attacks by introducing event-triggered schemes to avoid waste of network resources.…”

“…Specifically, only one node is authorized to access the network in a fixed circular order at each time under it. It should be mentioned that most of the existing results assume the signal transmissions based on RR protocol are carried out over one transmission channel at each time instant 16‐19 . Multi‐channel‐enabled round‐robin (MCERR) protocol has not gained any attention yet in the investigation of networked systems, which motivates this work.…”