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A Novel Stress State Assessment Method for College Students Based on EEG

机译:一种基于脑电图的大学生压力状态评估方法

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摘要

Stress is an unavoidable problem for today's college students. Stress can arouse strong personal emotional and behavioral responses. Compared with other groups of the same age, college students have a special way of life and living environment. They have complex interpersonal relationships and relatively weak social support systems. At the same time, they also face fierce competition in both academic and employment. However, they lack the skills to deal with the crisis and are reluctant to ask others for help, which leads to a simultaneous increase in mental stress. The pressure on college students mainly comes from study, family, social, employment, society, and economy. When students face multiple pressures from family, school, society, etc., some students are prone to some psychological problems due to their own personality or external environment and other reasons. Therefore, regular assessment of students' stress status is an important means to prevent college students' psychological problems. Considering that in real life, the number of students whose pressure is within the tolerable range is the majority, while the number of students who are under too much pressure is a minority. Therefore, the actual dataset to be identified belongs to a kind of imbalanced data. In this study, an improved extreme learning machine (IELM) is used to improve the performance of the recognition model as much as possible. IELM takes the idea of label weighting as the starting point, introduces the AdaBoost algorithm, and combines its weight distribution with the label weighted extreme learning machine (ELM). During the weight update process, the advantage of the imbalanced nature of multi-label datasets is taken. IELM was used to classify EEG data to determine the stress level of college students. The experimental results demonstrate that the algorithm used in this study has excellent classification performance and can accurately assess students' stress levels. The accurate assessment of stress has provided a solid foundation for the development of students' mental health and has significant practical implications.
机译:压力是当今大学生不可避免的问题。压力会引起强烈的个人情绪和行为反应。与其他同龄群体相比,大学生有着特殊的生活方式和生活环境。他们人际关系复杂,社会支持系统相对薄弱。同时,他们在学业和就业方面也面临着激烈的竞争。然而,他们缺乏应对危机的技能,不愿意向他人寻求帮助,这导致精神压力同时增加。大学生的压力主要来自学习、家庭、社会、就业、社会、经济等方面。当学生面临来自家庭、学校、社会等多重压力时,一些学生由于自身性格或外部环境等原因,容易出现一些心理问题。因此,定期评估学生的压力状况是预防大学生心理问题的重要手段。考虑到在现实生活中,压力在可承受范围内的学生人数占多数,而压力过大的学生人数则是少数。因此,实际要识别的数据集属于一种不平衡的数据。本研究采用改进的极限学习机(IELM)来尽可能地提高识别模型的性能。IELM以标签加权的思想为切入点,引入AdaBoost算法,并将其权重分布与标签加权极限学习机(ELM)相结合。在权重更新过程中,利用了多标签数据集的不平衡性。使用IELM对脑电数据进行分类,以确定大学生的压力水平。实验结果表明,本研究所采用的算法具有较好的分类性能,能够准确评估学生的压力水平。对压力的准确评估为学生心理健康的发展提供了坚实的基础,具有重要的现实意义。

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