Allen J B
J Acoust Soc Am. 1977 Oct;62(4):930-9. doi: 10.1121/1.381586.
A linear mathematical model is proposed which will account for the differences observed between mechanically measured data of Rhode (1971) for basilar membrane motion, and the responses of neural tuning curves (Kiang et al., 1974). We show that theoretical tuning curves may be derived from mechanical responses by forming the difference between the pressure across the basilar membrane and its displacement. Some ramifications of this proposal are discussed. We then propose a hypothetical physical model which could perform such a function.
提出了一种线性数学模型，该模型将解释罗德（1971年）对基底膜运动的机械测量数据与神经调谐曲线的响应（蒋等人，1974年）之间观察到的差异。我们表明，理论调谐曲线可以通过形成基底膜两端压力与其位移之间的差值，从机械响应中推导出来。讨论了该提议的一些影响。然后我们提出了一个可以执行这种功能的假设物理模型。
