Through the advance with time the competition in the field of traditional industry and service industry have become furiously Product that only meets customers’ requirement is not enough anymore nowadays the mental requirement and inside liquid of customers have become quite critical issue in every field In the past the color of inside liquids in goblet is not considered in the previous literatures instead goblet indeed presents the color of inside liquids in appearance and also color is the front and most critical element of visual presentation The image association between the forms of goblet and colors of inside liquid is constructed in this study In the first experiment multidimensional scaling was applied to cluster analysis to select several kinds of the most representative samples from the goblet collections from current market At the meanwhile the colors mixture of inside liquid and the collection and selection of image word were implemented the acquired data above was analyzed by multivariate analysis The image association between the forms of goblet and colors of inside liquid is constructed based on probability neural network The second verification constructed in this study is to develop a system for mixed drinks with image perceptions which aims to verify the constructed model and system The system allows customers to input the required images which leads the drink venders provide customers the mixed drinks with the image qualified goblets and colors The mixed drinks that meets customers’ emotions on the instant are provided The achievement of this study can be applied to develop a drink order system with image perception for the field of service industry such as theme restaurant or PUB etc The system provides customer a better visual enjoyment and an innovative interaction way that cultivates new business in the competitive service market
Date of Award | 2015 Feb 11 |
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Original language | English |
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Supervisor | Shih-Wen Hsiao (Supervisor) |
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A Study for Human Image Perception on Form of Goblets and Color of Inside Liquid
華成, 高. (Author). 2015 Feb 11
Student thesis: Master's Thesis