article
Vibrational resonance
Journal of Physics A Mathematical and General · 2000 · Vol. 33(45) · pp. L433–L438
P. S. Landa✉(Lomonosov Moscow State University)P. V. E. McClintock(Lancaster University)
Abstract
The effect of a high-frequency force on the response of a bistable system to a low-frequency signal is considered for both the overdamped and weakly damped cases. It is shown that the response can be optimized by an appropriate choice of vibration amplitude. This vibrational resonance displays many analogies to the well known phenomenon of stochastic resonance, but with the vibrational force filling the role usually played by noise.
stochastic dynamics and bifurcationEcosystem dynamics and resilienceNonlinear Dynamics and Pattern FormationBistabilityStochastic resonanceResonance (particle physics)VibrationAmplitudePhysicsNoise (video)SIGNAL (programming language)Nuclear magnetic resonanceStatistical physics
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References
The mechanism of stochastic resonance
Journal of Physics A Mathematical and General · 1981 · 3,588 citations
Stochastic resonance
Reviews of Modern Physics · 1998 · 5,279 citations
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