Harwerth R S, Smith E L
Am J Optom Physiol Opt. 1985 Sep;62(9):633-41. doi: 10.1097/00006324-198509000-00009.
Data for three fundamental psychophysical functions (spatial modulation sensitivity, temporal modulation sensitivity, and increment-threshold spectral sensitivity) were compared for groups of 12 rhesus monkeys and 12 human subjects. It was found that there are important, nontrivial differences between the data for monkeys and humans, but that many of the differences could be accounted for by structural or passive differences in the visual systems. Therefore, it was concluded that the neural processing of information along the visual pathways of the two species is generally similar and that the monkey is an excellent model of the human visual system.
对12只恒河猴和12名人类受试者的三组基本心理物理学功能数据(空间调制敏感度、时间调制敏感度和增量阈值光谱敏感度)进行了比较。研究发现,猴子和人类的数据之间存在重要的、显著的差异,但许多差异可以由视觉系统的结构或被动差异来解释。因此,得出的结论是,这两个物种沿视觉通路的神经信息处理总体上是相似的,并且猴子是人类视觉系统的优秀模型。