Current models of associative learning explain nonlinear discrimination by assuming that people store stimulus information configural. 目前的联想学习模型解释是:假设人们从结构上储存刺激的信息,并进行的非线性辨别。
These configural models can also explain cue interaction but only to the extent that they allow for broad generalization between stimuli. 这些结构模型也可以解释线索的交互作用,但仅仅在一定程度上允许刺激之间的广泛类化。不论怎样,对非线性辨别问题的研究表明:人类联想学习有时以相对狭窄的类化为特征。
A Study of the Impact of Single-dimensionality Configural Information Change on Face Recognition 人脸单维结构信息变化对人脸认知影响研究
In the present study, with spatial-frequency filtering technique, the ERP properties of featural and configural information processing in face recognition were investigated by manipulating featural or configural information under high pass or low pass condition. 本研究结合空间频率滤波技术和ERP技术,对经特征信息和结构信息变化的人脸图片进行高、低通滤波处理,旨在考察特征信息和结构信息在人脸加工过程中的脑电机制。
With familiar faces and average faces as materials, this study investigated single-dimensionality configural information change impact on face recognition. 本研究采用熟悉人脸和平均人脸照片作为实验材料对人脸结构信息单维变化对人脸认知影响进行了系统的研究。
Research on the Effects of Configural Information in Self-Face Recognition and the Difference between Self-Face and Other-Face Recognition 自我人脸认知中结构信息的作用规律和特点以及与他人人脸认知的比较研究
The sensitivity of participants to the changes of configural information of self-face is very high in memory recognition task, the liminal value of eye is 4.01 pixel, the liminal value of mouth is 4.92 pixel. 自我人脸绝对辨认中,被试对人脸结构信息变化的辨认精确度非常高,眼睛、嘴巴的正确辨认阈限值分别为4.01和4.92个象素;
Some issues in face recognition, such as the way in which face information is represented, the roles of featural and configural information playing in face recognition and their corresponding neural mechanism, have been extensively studied but still controversial. 人脸识别研究领域中,人脸的信息如何被表征、特征信息和结构信息在人脸识别中的作用及其相应的脑电机制等问题倍受认知神经科学家的关注。
The first and third experiments were designed to explore the effects of different amount of alternation of configural information in self-face recognition, through memory recognition task. ( 4) The performance of self-face recognition is better than that of other-face recognition. 研究共包括四个实验:实验一、三以彩色自然人脸为实验材料,在自我绝对辨认的实验条件下,对人脸结构信息改变对自我人脸认知的影响进行研究。
To the familiar face, the threshold of configural information change was 0.19 ° visual angle for the eyes, 0.24 ° for the nose, 0.20 ° for the mouth. 熟悉人脸结构信息单维变化的认知阈限值:眼睛移动为0.19°视角;鼻子移动为0.24°视角;