首页> 外文会议>International Conference on Human-Omputer Interaction;International Conference on Design, User Experience and Usability >Systematic Review on Using Biofeedback (EEG and Infrared Thermography) to Evaluate Emotion and User Perception Acquired by Kansei Engineering
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Systematic Review on Using Biofeedback (EEG and Infrared Thermography) to Evaluate Emotion and User Perception Acquired by Kansei Engineering

机译:使用生物反馈(EEG和红外热成像)评估情感和用户感知的系统综述,由Kansei Engineering获得

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摘要

KANSEI Engineering (KE) (1) was created at Hiroshima University about 30 year ago and it is well known in the world at present as an ergonomic customer-oriented product development technology. It is a method for translating sensations and impressions into product parameters. The objective of KE is to study the relationship between product forms and KANSEI images. However, the KE method is based on the analysis of human subjective factors, customer's psychological feelings and needs, which is transformed in product design parameters. The customer's psychological feelings and needs are usually acquired by subjective tools. The questions which arises is if these subjective tools reflect the real customer needs. Nowadays, some scholars have recently started using biofeedback to evaluate the emotions of human interaction with products. Some studies have shown that EEG and Infrared Thermography measurements can help reduce subjective interpretation in data and improve user perception in their interactions with products. This systematic literature review aims to search the references on EEG, Infrared Thermography, Kansei Engineering and emotion. It will serve as a support for further researches to check if is possible to include biofeedback tools to contribute to subjective analyzes.
机译:KANSEI Engineering(KE)(1)大约30年前在广岛大学创立,它是一种以人体工程学为导向的面向客户的产品开发技术,目前在世界上广为人知。这是一种将感觉和印象转换为产品参数的方法。 KE的目的是研究产品形式与KANSEI图像之间的关系。但是,KE方法是基于对人的主观因素,客户的心理感受和需求的分析,并在产品设计参数中进行了转换。客户的心理感受和需求通常是通过主观工具获得的。出现的问题是这些主观工具是否反映了真正的客户需求。如今,一些学者最近开始使用生物反馈来评估人类与产品互动的情绪。一些研究表明,脑电图和红外热像仪测量可以帮助减少数据的主观解释,并改善用户与产品交互时的感知度。这篇系统的文献综述旨在搜索有关脑电图,红外热成像,感性工程学和情感方面的参考资料。它将为进一步的研究提供支持,以检查是否可能包括生物反馈工具以有助于主观分析。

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