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Classifying Mental Workload Levels Using Semi-Supervised Learning Technique

机译:使用半监督学习技术对心理工作量水平进行分类

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Real-time monitoring and analysis of human operator’s mental workload (MWL) is crucial for development of adaptive/intelligent human-machine cooperative systems in various safety/mission-critical application fields. Although data-driven machine learning (ML) approach has shown promise in MWL recognition, it is usually difficult to acquire sufficient labeled data to train the ML model. This paper proposes semi-supervised extreme learning machines (SS-ELM) for MWL pattern classification using solely a small number of labeled data. The experimental data analysis results are presented to show the effectiveness of the proposed SS-ELM paradigm to effectively exploit a large number of unlabeled data for the real-world 3- or 4-class MWL classification problem.
机译:人类运营商心理工作量(MWL)的实时监测和分析对于各种安全/任务关键应用领域的自适应/智能人机协作系统的开发至关重要。虽然数据驱动的机器学习(ML)方法已经显示在MWL识别中的承诺,但通常难以获取足够的标记数据来训练ML模型。本文提出了用于MWL模式分类的半监控极限机器(SS-ELM),使用少量标记数据使用少量标记数据。提出了实验数据分析结果,以表明所提出的SS-ELM范例的有效性,以有效利用真实世界3或4级MWL分类问题的大量未标记数据。

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