Buizza A, Schmid R
Biol Cybern. 1982;43(3):209-23. doi: 10.1007/BF00319980.
After a brief description of the main anatomical structures subserving the oculomotor responses during combined vestibular and optokinetic stimulations, a mathematical model is presented. With respect to a previous model by Schmid et al. (1980), a more accurate definition of the roles of the neural mechanisms involved in oculomotor control in different conditions of visual-vestibular interaction is given. The model is proved to be able to predict not only oculomotor responses, but also single unit average responses in the vestibular nuclei and in the vestibulo-cerebellum. Experimental data available in the literature on monkeys and cats are used for model validation.
在简要描述了在前庭和视动刺激联合作用下产生眼球运动反应的主要解剖结构之后，提出了一个数学模型。相对于施密德等人（1980年）之前的模型，给出了在视觉 - 前庭相互作用的不同条件下参与眼球运动控制的神经机制作用的更准确定义。该模型被证明不仅能够预测眼球运动反应，还能预测前庭核和前庭小脑的单单位平均反应。文献中可获得的关于猴子和猫的实验数据用于模型验证。
