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Concept Solution Generation for Product Innovation under User Fuzzy Semantic Requirements
Authors: WANG Zuojie, LIU Libing, TAN Zhihong, YANG Zeqing, LIU Yanan, ZHANG Song
Number of views: 406
According to the classification of user requirements in Kano model, theory of technology evolution was
adopted to determine the future evolution route of product and predict possible structure state for the future technology,
in order to mine the user's potential requirements. In view of the fuzzy and uncertainty of users' potential requirements,
the fuzzy semantic model was adopted to describe the qualitative user requirements in order to standardly
form the user requirements concept sets with functional attributes in different requirement categories, so as to guide
the designers to create the innovative solutions along the right direction and then achieve the product rapid innovation
design. Taking the Pulse-Jet bag filter as an example, the case analysis shows that this method can effectively be
applied to obtain new product innovation concept solution, and provide theoretical support for the mapping between
subsequent innovation concept solutions and innovation function solutions and innovation structure solutions, and
also provide the model architecture for innovation droved new product digital prototype design.