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Online Workload Recognition from EEG Data during Cognitive Tests and Human-Machine Interaction

机译:在认知测试期间EEG数据的在线工作负载识别和人机交互

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摘要

This paper presents a system for live recognition of mental workload using spectral features from EEG data classified by Support Vector Machines. Recognition rates of more than 90% could be reached for five subjects performing two different cognitive tasks according to the flanker and the switching paradigms. Furthermore, we show results of the system in application on realistic data of computer work, indicating that the system can provide valuable information for the adaptation of a variety of intelligent systems in human-machine interaction.
机译:本文介绍了使用由支持向量机分类的EEG数据的频谱特征来实现心理工作量的系统。对于根据Flanker和切换范例执行两个不同的认知任务的五个受试者,可以达到90%以上的识别率。此外,我们显示了在计算机工作的现实数据应用中的系统的结果,表明系统可以为人机交互中的各种智能系统提供有价值的信息。

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