Continuous affective states recognition using functional near infrared spectroscopy 期刊名称： Brain-Computer Interfaces
作者： Heger, Dominic,Herff, Christian,Putze, Felix,Mutter, Reinhard,Schultz, Tanja 作者机构： Cognitive Systems Lab, Karlsruhe Institute of Technology, Karlsruhe, Germany;
高一家长会ppt年份： 2014年
reviewing期号： 第2期
关键词： functional near-infrared spectroscopy;affect recognition;emotion
recognition;continuous;asynchronous;brain-computer interfaces;
许国璋英语第一册>六级多少分算过关摘要：Monitoring the affective states of a person can be highly relevant for numerous disciplines, including adaptive ur interfaces, entertainment, ergonomics, medicine and therapy. In many situations, the affective state of a ur is not easily obrvable from outside by audio or video, but may be identified by a brain-computer interface (BCI). Functional near-infrared spectroscopy (fNIRS) is a br
ain imaging modality gaining rising attention in the BCI community. However, fNIRS emotion recognition studies have only analyzed stimulus-locked effects. For realistic human-machine interaction scenarios, the point of time of an emotion-triggering event and the time span of an affective state are unknown. In this paper, we investigate a BCI that monitors the affective states of the ur continuously over time (i.e. asynchronous BCI). In our study,...福州约克外语培训
championerror report内容由中国教育图书进出口有限公司引进
考研英语国家分数线>翻译软件>会计咨询
