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Theory of intermittency taking place in bistable dynamical systems subjected to additional noise influence is proposed. The main characteristic of intermittency namely the residence time distribution for both coexisting regimes is obtained analytically and numerically. The proposed theory is applied to bistable energy model and erbium-doped fiber laser with two coexisting periodic orbits.


intermittency; multistability; noise; oscillation regimes; erbium-doped optical fiber laser

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