In this chapter, we investigate Self-Triggered synchronization of linear oscillators in the presence of communication failures caused by denial-of-Service (DoS). A general framework is considered in which network links can fail independent of each other. A characterization of DoS frequency and duration to preserve network synchronization is provided, along with an explicit characterization of the effect of DoS on the time required to achieve synchronization. A numerical example is given to substantiate the analysis.
Resilient Self-Triggered Network Synchronization / Senejohnny, D.; Tesi, P.; De Persis, C.. - STAMPA. - (2018), pp. 219-238. [10.1007/978-3-319-78449-6_11]
Resilient Self-Triggered Network Synchronization
Tesi, P.;
2018
Abstract
In this chapter, we investigate Self-Triggered synchronization of linear oscillators in the presence of communication failures caused by denial-of-Service (DoS). A general framework is considered in which network links can fail independent of each other. A characterization of DoS frequency and duration to preserve network synchronization is provided, along with an explicit characterization of the effect of DoS on the time required to achieve synchronization. A numerical example is given to substantiate the analysis.
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