情感计算与工程理性

Affective computing and engineering rationality

通过对情感与理性的相容性分析以及情感在集成、适应、动力和交互等方面的功能研究,指出情感是人类解决现实复杂问题的有效机制。在情感功能与工程需求的适配性分析的基础上指出,围绕情感所展开的情感计算在复杂工程问题的求解上潜力巨大,具备有效性和一定的必要性。提出了情感计算在工程领域研究的本源性、相关性和可操作性策略,指出情感计算的工程实现需要对研究的切入点、情感发生机制、情感效应机制、平台选择等关键环节予以关注,并给出了相关建议。

Through the compatibility analysis of emotion and rationality, and the study of emotional functions in integration, adaptation, motivity and interaction, it was pointed out that emotion was an effective mechanism in dealing with complex problems in real world. As the emotion functions matched well with the engineering requirements, affective computing, with emotion as its core, was of effectiveness and certain necessity, and had great potential in solving complex engineering problems. Committed the endogenous, relevance and operational strategy of affective computing. Pointed out that concerns should be made to the entry point, the emotion elicitor, the emotion effector, and the platform choice, which constituted the key links to success in emotion-based systems in engineering projects, and gave related recommendations.