Latanov A V, Polianskiĭ V B, Sokolov E N
Zh Vyssh Nerv Deiat Im I P Pavlova. 1991 Jul-Aug;41(4):636-46.
Discrimination of colours by macaque rhesus was studied by the method of elaboration of differentiation inhibition of instrumental conditioned responses to colour stimuli. Matrix of probabilities of instrumental reactions to presentation of colour stimuli, the columns of which corresponded to the colours applied, and the lines--to series of experiments with definite reinforced colour--was processed by the method of factor analysis. Four factors describing the used colours in four-dimensional Euclidean space were singled out. Spatial structure of the seven used colours satisfies the equation of four-dimensional sphere. Two first factors are interpreted as colour-opponent red-green and yellow-blue and the third and fourth ones as achromatic light and dark neuronal channels. Perceptive space of colour stimuli based on the data of instrumental behaviour of the monkey corresponds to analogous results obtained by the method of multidimensional scaling of subjective evaluations of super-threshold colour differences for the man.
采用对颜色刺激的工具性条件反应进行分化抑制的细化方法,研究了恒河猴对颜色的辨别能力。对颜色刺激呈现时工具性反应的概率矩阵进行了因子分析,该矩阵的列对应所应用的颜色,行对应使用特定强化颜色的一系列实验。在四维欧几里得空间中,确定了描述所使用颜色的四个因子。七种所使用颜色的空间结构满足四维球体方程。前两个因子被解释为颜色对立的红-绿和黄-蓝,第三和第四个因子被解释为无彩色的明和暗神经通道。基于猴子工具性行为数据的颜色刺激感知空间,与通过对人类超阈值颜色差异主观评价的多维标度法获得的类似结果相对应。