Results 231 to 240 of about 98,527 (290)
Harnessing Dynamics of Van Der Pol Oscillators for Phase Computing with Oscillatory Neural Networks
Sabo F, Du F, Dinç N, Todri-Sanial A.
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Reviving Oscillations in Coupled Nonlinear Oscillators
Physical Review Letters, 2013By introducing a processing delay in the coupling, we find that it can effectively annihilate the quenching of oscillation, amplitude death (AD), in a network of coupled oscillators by switching the stability of AD. It revives the oscillation in the AD regime to retain sustained rhythmic functioning of the networks, which is in sharp contrast to the ...
Zou, W. +3 more
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Synchronized Oscillation in Coupled Nanomechanical Oscillators
Science, 2007We report measurements of synchronization in two nanomechanical beam oscillators coupled by a mechanical element. We charted multiple regions of frequency entrainment or synchronization by their corresponding Arnold's tongue diagrams as the oscillator was driven at subharmonic and rational commensurate frequencies.
Seung-Bo, Shim +2 more
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2020
Pendulums on a common basis become eventually synchronized, through transmission of swing frequency. Coupled electric oscillators show the same effect. The application of this effect to synchronized behaviour of insect swarms provided the crucial mechanism for the understanding of coherent light and sound emission by fireflies and crickets.
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Pendulums on a common basis become eventually synchronized, through transmission of swing frequency. Coupled electric oscillators show the same effect. The application of this effect to synchronized behaviour of insect swarms provided the crucial mechanism for the understanding of coherent light and sound emission by fireflies and crickets.
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American Journal of Physics, 1957
A method of demonstrating coupled oscillatory motion between physical pendulums using a pair of selsyn motors as the coupling device is described. This type of electrical coupling makes possible the agreement of experimental and calculated values of the normal mode and energy transfer frequencies to better than 1%.
C. R. Kannewurf, Harald C. Jensen
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A method of demonstrating coupled oscillatory motion between physical pendulums using a pair of selsyn motors as the coupling device is described. This type of electrical coupling makes possible the agreement of experimental and calculated values of the normal mode and energy transfer frequencies to better than 1%.
C. R. Kannewurf, Harald C. Jensen
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SIAM Journal on Applied Mathematics, 1979
We analyze the interaction between a pair of coupled chemical oscillators. Using singular perturbation techniques, we derive an equation that governs the time evolution of the phase shift, which is a measure of how much the oscillators are out of phase. This result is the key to understanding experimental observations on coupled reactor systems.
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We analyze the interaction between a pair of coupled chemical oscillators. Using singular perturbation techniques, we derive an equation that governs the time evolution of the phase shift, which is a measure of how much the oscillators are out of phase. This result is the key to understanding experimental observations on coupled reactor systems.
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Weakly Coupled Harmonic Oscillators
SIAM Journal on Applied Mathematics, 1974Sufficient conditions are given here for the existence and stability of a possibly infinite sequence of isolated periodic solutions of the nonautonomous system of differential equations \[ \ddot y_k + \omega _k^2 y_k = \mu f_k \left(y_1 , \cdots ,y_n ,\dot y_1 , \cdots ,\dot y_n ,t\right) \], where $0 < \mu \ll 1,k = 1, \cdots ,n$.
Ponzo, Peter J., Wax, Nelson
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Coupled chaotic chemical oscillators
Physical Review E, 1996We present a model study of two mass-coupled reactors containing the Belousov-Zhabotinsky reaction under chaotic conditions. The critical coupling strength is estimated for symmetry breaking when two identical low flow rate chaotic modes are coupled.
, Dolnik, , Epstein
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Reliability of Coupled Oscillators
Journal of Nonlinear Science, 2009The paper deals with networks of phase oscillators with pulsatile coupling. External stimuli in the form of white noise are presented to a subset of the oscillators, and reliability properties of network responses are studied. In order to measure unreliability, the largest Lyapunov exponent is used. The first part of the paper provides a description of
Lin, Kevin K. +2 more
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