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Apply Multi-class Fuzzy Support Vector Machines to Product-Form-Image Prediction

机译:将多级模糊支持向量机应用于产品 - 形状图像预测

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Extracting critical form features from a product relative to some specific Kansei adjectives through Kansei image questionnaire system is an important method. Due to the fuzziness of Kansei image, a fuzzy classifier needs to be constructed. In this study, a kansei evaluation on product form employing multi-class fuzzy support vector machines (MF-SVMs) was proposed to extract implicit information of products. Critical form features were mapped into an n-dimensional vector; for multi-dimensional Kansei images, "One-Versus-Rest" (OVR) method for multi-class SVMs was addressed to deal with this problem. For new products, system will specify it by using MF-SVMs based classification model. A case study of mobile phone design is given to demonstrate the effectiveness of the proposed methodology.
机译:通过Kansei图像问卷系统提取相对于一些特定的Kansei形容词的产品中的关键形式特征是一种重要的方法。由于KANSEI图像的模糊性,需要构建模糊分类器。在本研究中,提出了采用多级模糊支撑载体机(MF-SVM)的产品形式的KANSei评估,以提取产品的隐含信息。将临界形式特征映射到N维矢量;对于多维KANSEI图像,解决了多级SVMS的“一对休息”(OVR)方法来处理此问题。对于新产品,系统将使用基于MF-SVMS的分类模型来指定它。给出了移动电话设计的案例研究证明了所提出的方法的有效性。

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