Angelini F, Barbi M, Chillemi S, Petracchi D
Biol Cybern. 1980;36(3):137-42. doi: 10.1007/BF00365767.
Signals which are the sum of two sinusoids of frequencies v1 and v2 are used to stimulate: i) an electronic analog of the leaky integrator neural model, ii) the visual neurons of the Limulus lateral eye. This makes it possible to investigate the resonant amplification of the impulse density modulation for v1 + v2 which approaches the free-run discharge rate; this resonance is predicted by the Volterra series representation of the leaky integrator (Poggio and Torre, 1977). The resonant responses obtained look very similar for the simulated discharge and for the experimental one.
由频率为v1和v2的两个正弦波之和构成的信号被用于刺激:i)泄漏积分器神经模型的电子模拟物,ii)鲎侧眼的视觉神经元。这使得研究接近自由放电率的v1 + v2的脉冲密度调制的共振放大成为可能;这种共振是由泄漏积分器的沃尔泰拉级数表示所预测的(波焦和托雷,1977年)。对于模拟放电和实验放电所获得的共振响应看起来非常相似。