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In this talk, the notion of generating functions is introduced as a framework to study quantitatively the stability and stabilizability of switched systems, including randomly switching systems. Several important quantities, such as the joint spectral radius, Lyapunov exponent, L2-induced gain, stabilizability index, can be characterized uniformly in such a framework. Efficient numerical algorithms will be proposed for the estimations of these quantities. As an example, the application to the consensus problem on randomly changing networks will be discussed.

 

 

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