The color-vision approach to emotional space:: Cortical evoked potential data
The color-vision approach to emotional space:: Cortical evoked potential data
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DOI：
10.1007/bf02734047
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发表时间：
2001-04-01
期刊：
影响因子：
--
通讯作者：
Furedy, JJ
中科院分区：
文献类型：
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作者：
Boucsein, W;Schaefer, F;Furedy, JJ
Sokolov 和 Boucsein (2000) 提出的解释情感现象的框架采用了与色觉中的色调、亮度和饱和度平行的概念维度。采用情绪质量、强度和饱和度概念的方法得到了一些训练有素的观察者收集的心理物理学情绪尺度数据的支持。我们报告了在示意图中表达的不同情绪之间的变化期间获得的皮质诱发电位数据。 25 名受试者（13 名男性，12 名女性）被呈现出计算机生成的正面、负面和中性面孔，并在受试者内部设计中具有随机的刺激间隔，以及由相同元素组成的四种有意义和四种无意义的控制刺激。记录每个半球的额叶、中枢、顶叶和颞叶 ERP。 P300 和 N200 范围内的统计显着结果支持所提出的基于色彩视觉模型的人类情感空间方法的潜在成果。
A framework for accounting for emotional phenomena proposed by Sokolov and Boucsein (2000) employs conceptual dimensions that parallel those of hue, brightness, and saturation in color vision. The approach that employs the concepts of emotional quality, intensity, and saturation has been supported by psychophysical emotional scaling data gathered from a few trained observers. We report cortical evoked potential data obtained during the change between different emotions expressed in schematic faces. Twenty-five subjects (13 male, 12 female) were presented with a positive, a negative, and a neutral computer-generated face with random interstimulus intervals in a within-subjects design, together with four meaningful and four meaningless control stimuli made up from the same elements. Frontal, central, parietal, and temporal ERPs were recorded from each hemisphere. Statistically significant outcomes in the P300 and N200 range support the potential fruitfulness of the proposed color-vision-model-based approach to human emotional space.