COLOR DISTANCE DERIVED FROM A RECEPTOR MODEL OF COLOR-VISION IN THE HONEYBEE
COLOR DISTANCE DERIVED FROM A RECEPTOR MODEL OF COLOR-VISION IN THE HONEYBEE
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DOI：
10.1007/bf02281978
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发表时间：
1987-01-01
影响因子：
1.9
通讯作者：
MENZEL, R
中科院分区：
文献类型：
--
作者：
BACKHAUS, W;MENZEL, R
一个模型计算的调查域之间的两个良好的检查领域的颜色视觉的蜜蜂，即选择行为的颜色刺激，和感光生理。根据受体的性质，该模型定量地解释了在颜色辨别实验中获得的结果。该模型预测的曲线连接的受体平面中最相似的颜色刺激的轨迹，并作出定量预测的Bezold-Abney色调偏移的大小。色差的度量是从由感光细胞的噪声阈值确定的最小可察觉差（jnd）步的数目导出的。
A model calculation is presented for investigating the domain between the two well-examined fields of color vision in the bee, i.e. choice behavior with respect to color stimuli, and photoreceptor physiology. Based on the properties of the receptors, the model explains quantitatively the results obtained in color discrimination experiments. The model predicts curved lines which connect the loci of most similar color stimuli in the receptor plane and makes quantitative predictions about the magnitude of the Bezold-Abney hue shift. A measure for color difference is derived from the number of the just-noticeable-difference (jnd) steps determined by the noise thresholds of the photoreceptor cells.