Abstract
A method for separating laminar and turbulent phases in coupled systems occurring near the boundary of generalized chaotic synchronization is proposed that is based on calculations of local Lyapunov exponents. The suitability of the proposed method has been verified in relation to systems with unidirectional coupling, which admit the analysis of intermittency with the aid of an auxiliary system approach. Results obtained by the two methods are compared to show good mutual agreement.
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