Pfaltz C R, Ohtsuka Y
Acta Otolaryngol. 1975 Mar-Apr;79(3-4):253-8. doi: 10.3109/00016487509124681.
Unidirectional optokinetic training modifies the response pattern of bidirectional sinusoidal vestibular stimuli (pendular rotation), resulting in an initial response decline. The latter affects only slow phase velocity, whereas the former shows a frequency increase. Optokinetic training obviously has a facilitating effect upon vestibular habituation which cannot be induced by repeated sinusoidal vestibular stimuli alone. Peak frequency increase as well as slow phase velocity decrease of vestibular nystagmus, induced by optokinetic stimuli, are interpreted as a typical transfer mechanism across two sensory systems.
单向视动训练会改变双向正弦前庭刺激（摆动旋转）的反应模式，导致最初的反应下降。后者仅影响慢相速度，而前者则表现为频率增加。视动训练显然对前庭习惯化有促进作用，而仅靠重复的正弦前庭刺激无法诱导这种作用。视动刺激引起的前庭眼震的峰值频率增加以及慢相速度降低，被解释为跨两个感觉系统的典型传递机制。
