Unpacking the cognitive architecture of emotion processes
Unpacking the cognitive architecture of emotion processes
复制标题
DOI：
10.1037/1528-3542.8.3.341
复制
发表时间：
2008-06-01
期刊：
影响因子：
4.2
通讯作者：
Scherer, Klaus R.
中科院分区：
文献类型：
--
作者：
Grandjean, Didier;Scherer, Klaus R.
2项脑电图研究的结果证实了成分过程模型（CPM）的预测，即不同的评估检查具有特定的大脑状态相关性，在刺激后的短暂时间窗内迅速发生，并产生顺序而不是并行发生的结果。数据是兼容的假设，早期检查（新奇和内在的愉快）发生在一个自动的，无意识的处理模式，而后来的检查，特别是目标的传导性，需要更广泛的，努力的，和控制的处理。总的来说，这项工作，结合越来越多的证据CPM的反应模式的预测有关自主神经生理签名，面部肌肉运动，发声的变化，表明该模型提供了一个适当的基础，解包的认知结构的情绪和它的计算建模。
The results of 2 electroencephalographic studies confirm Component Process Model (CPM) predictions that different appraisal checks have specific brain state correlates, occur rapidly in a brief time window after stimulation, and produce results that occur in sequential rather than parallel fashion. The data are compatible with the assumption that early checks (novelty and intrinsic pleasantness) occur in an automatic, unconscious mode of processing, whereas later checks, specifically goal conduciveness, require more extensive, effortful, and controlled processing. Overall, this work, combined with growing evidence for the CPM's response patterning predictions concerning autonomic physiological signatures, facial muscle movements, and vocalization changes, suggests that this model provides an appropriate basis for the unpacking of the cognitive architecture of emotion and its computational modeling.