Analyzing KANSEI from facial expressions with fuzzy quantification theory II

L. Diago, Tetsuko Kitaoka, I. Hagiwara
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引用次数: 3

Abstract

There is no direct translation for Kansei into English, however the creator of the Kansei Engineering methodology describes Kansei as ”the consumer's psychological feeling” towards a product. Here we describe an application where a picture presentation system was applied to define the properties of facial expressions. Instead of analyzing facial expressions of an individual to determine his emotional state, proposed system introduces Fuzzy Quantification Theory II to build a membership function that describes the emotions induced in a subject after the presentation of small set of facial expressions. Using type-II fuzzy quantification theory, the relationship between induced emotions and facial features is linearized by solving a dense generalized eigenvalue problem. As the matrices are ill-conditioned and indefinite, the theory describing the possible solutions of the eigenvalue problem gets complicated. After a generalization of Fix and Heiberger's algorithm is adapted to tackle the problem, facial expressions are sorted on the real number axis and membership functions of two subjects are analyzed.
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用模糊量化理论分析表情中的感性2
“感性”一词并没有直接的英文翻译,但是“感性工程”方法论的创始人将“感性”描述为“消费者对产品的心理感受”。这里我们描述了一个应用程序,其中一个图片呈现系统被用来定义面部表情的属性。该系统不是通过分析个体的面部表情来确定其情绪状态,而是引入模糊量化理论II来构建一个隶属函数,该隶属函数描述了小组面部表情呈现后受试者所产生的情绪。利用ii型模糊量化理论,通过求解密集广义特征值问题,对诱发情绪与面部特征之间的关系进行线性化处理。由于矩阵是病态和不定的,描述特征值问题可能解的理论变得复杂。在对Fix算法进行推广后,采用Heiberger算法对面部表情在实数轴上进行排序,并对两个被试的隶属函数进行分析。
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