Abstract： The behaviour of an excitable system under Gaussian white noise and external periodic forcing is systematically studied. In a large range of noise intensity, the n:1 phase locking patterns are obtained for certain ranges of the input periods, where n input periods give one spike. In the phase locking regimes, the system presents low noise-to-signal ratios and shows better regularities. Out of the regimes the system behaves less regularly and the relations between the noise-to-signal ratio and the noise intensity exhibit typical stochastic resonance phenomena. At a higher noise level, the system shows the characteristic behaviour of the noise.
JIA Xun;ZHOU Lu-Qun;OUYANG Qi. Responses of a Noisy Excitable System to External Signals with Different Periods[J]. 中国物理快报, 2004, 21(3): 435-438.
JIA Xun, ZHOU Lu-Qun, OUYANG Qi. Responses of a Noisy Excitable System to External Signals with Different Periods. Chin. Phys. Lett., 2004, 21(3): 435-438.
2004, Vol. 21 
