Boumans L J, Rodenburg M, Maas A J
ORL J Otorhinolaryngol Relat Spec. 1983;45(3):117-29. doi: 10.1159/000275635.
The response of the human vestibulo-ocular reflex system to a constant angular acceleration is calculated using a second order model with an adaptation term. After first reaching a maximum the peracceleratory response declines. When the stimulus duration is long the decay is mainly governed by the adaptation time constant Ta, which enables to reliably estimate this time constant. In the postacceleratory period of constant velocity there is a reversal in response. The magnitude and the time course of the per- and postacceleratory response are calculated for various values of the cupular time constant T1, the adaptation time constant Ta, and the stimulus duration, thus enabling their influence to be assessed.
使用带有适应项的二阶模型计算人类前庭眼反射系统对恒定角加速度的响应。在首次达到最大值后，加速期响应下降。当刺激持续时间较长时，衰减主要由适应时间常数Ta决定，这使得能够可靠地估计该时间常数。在等速的加速后阶段，响应会出现反转。针对壶腹时间常数T1、适应时间常数Ta和刺激持续时间的各种值，计算加速期和加速后响应的幅度和时间进程，从而能够评估它们的影响。
