In this paper, we explore the process of emotional state transition. And the process is impacted by emotional state of interaction objects. First of all, the cognitive reasoning process and the micro-expressions recog...In this paper, we explore the process of emotional state transition. And the process is impacted by emotional state of interaction objects. First of all, the cognitive reasoning process and the micro-expressions recognition is the basis of affective computing adjustment process. Secondly, the threshold function and attenuation function are proposed to quantify the emotional changes. In the actual environment, the emotional state of the robot and external stimulus are also quantified as the transferring probability. Finally, the Gaussian cloud distribution is introduced to the Gross model to calculate the emotional transitional probabilities. The experimental results show that the model in human-computer interaction can effectively regulate the emotional states, and can significantly improve the humanoid and intelligent ability of the robot. This model is consistent with experimental and emulational significance of the psychology, and allows the robot to get rid of the mechanical emotional transfer process.展开更多
人格的认知—情感系统理论(cognitive-affective system theory of personality,简称CAPS)被视为是与大五人格理论齐名的一种人格理论。该文拟从个体外部的人际关系层面来阐述该理论,以加深对理论的理解。然后,又从CAPS与其它人际关系...人格的认知—情感系统理论(cognitive-affective system theory of personality,简称CAPS)被视为是与大五人格理论齐名的一种人格理论。该文拟从个体外部的人际关系层面来阐述该理论,以加深对理论的理解。然后,又从CAPS与其它人际关系理论的契合说明该理论是一种整合性的人格理论。最后,指出了CAPS的优点和局限性,并由此对人格研究的未来发展方向进行了探讨。展开更多
文摘In this paper, we explore the process of emotional state transition. And the process is impacted by emotional state of interaction objects. First of all, the cognitive reasoning process and the micro-expressions recognition is the basis of affective computing adjustment process. Secondly, the threshold function and attenuation function are proposed to quantify the emotional changes. In the actual environment, the emotional state of the robot and external stimulus are also quantified as the transferring probability. Finally, the Gaussian cloud distribution is introduced to the Gross model to calculate the emotional transitional probabilities. The experimental results show that the model in human-computer interaction can effectively regulate the emotional states, and can significantly improve the humanoid and intelligent ability of the robot. This model is consistent with experimental and emulational significance of the psychology, and allows the robot to get rid of the mechanical emotional transfer process.
文摘人格的认知—情感系统理论(cognitive-affective system theory of personality,简称CAPS)被视为是与大五人格理论齐名的一种人格理论。该文拟从个体外部的人际关系层面来阐述该理论,以加深对理论的理解。然后,又从CAPS与其它人际关系理论的契合说明该理论是一种整合性的人格理论。最后,指出了CAPS的优点和局限性,并由此对人格研究的未来发展方向进行了探讨。
