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Intuitive Interaction Behavior Research Of Natural User Interface

Posted on:2016-04-27Degree:MasterType:Thesis
Country:ChinaCandidate:H Q ZhangFull Text:PDF
GTID:2298330467492487Subject:Mechanical engineering
Abstract/Summary:PDF Full Text Request
Natural user interface, as the next generation user interface has been applied in more and more electronic products. But the research on natural user interface is really very few that compared with graphic user interface. This paper is based on the traditional human-computer interaction model, which include Wickens’information process model and Noman’s human computer interaction behavior model, and make the human computer interaction system divide into action behavior of input ends, feedback behavior of output ends and second feedback behavior of input ends, deconstruct and recombine the intuitive interaction behavior. Then analyze the mechanism and characterization of action behavior and feedback behavior. Among them, action behavior starts from seven effect channel, then analyze the characteristics and mechanism of each channel; feedback behavior starts from feedback behavior of real interface, which based on the metaphorical meaning research of Robert J.K, Jacob, Audrey Girouard, analyze the feedback behavior mechanism of natural user interface. Based on the mechanism analysis of action behavior and feedback behavior, study the transformation method and principle of these behaviors, the purpose is to make the interaction behavior of virtual interface more intuitive and more natural. Action behavior design method based on analyzing the characteristics and role of main effect channel, which combined larger number of cases. Feedback behavior design method NFDM(NUI Feedback Design Method), which focus on how to transform the feedback behavior from physics world to virtual world. Then, through a flying kite game case, analyzes the characteristics of real kite system’s action behavior and feedback behavior, which based on this paper’s interaction behavior transformation methods and principles, using Unity3D game engine and Kinect electronic equipment, design Flying Kite system, and contrast the K-Kite system which not used transformation methods, construct the comparative experiment to verify user’s natural feeling, then prove the findings and conclusions of this paper.
Keywords/Search Tags:CAD, natural user interface, intuitive interaction behavior, feedback design method, channel transformation, flying kite system
PDF Full Text Request
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