Research Of Museum Digital Exhibition Mode Based On Natural Human-Computer Interaction

In recent years, because the research on virtual reality technology is increasing,the ways of interaction liked that based on touch，computer vision and sound arebecoming more mature, Human-Computer Interaction has got into a multimodaltimes that promote the natural interaction experience. And as a result of digitizationof information resources and diversification of information display, various ofindustries are in need of new application requirements, the museum digitalexhibition came into being as well.Under the circumstance, my paper takes museum digital exhibition based onnatural Human-Computer Interaction as the study object. It analyzes some relevantaspects of natural Human-Computer Interaction and museum digital exhibition,such as goals and classification of natural Human-Computer Interaction, bottleneckof museum digital exhibition in the development, and the advantage of museumdigital exhibition based on natural Human-Computer Interaction and so on.Taking Post-WIMP Interface Model as a breakthrough point, a model ofmuseum digital exhibition called PWDEM that based on the concept of naturalHuman-Computer Interaction is proposed. PWDEM is short of Post-WIMP DigitalExhibition Model. The central idea of PWDEM is based on User Model andDomain Model, build the corresponding Presentation Model, According to thefunction collection of Task Model, the statement of temporal logic and the elementobject of Presentation Model, we can build the Dialog Model to complete thetransformation from abstract description of high level to the actual code. So thatPWDEM can provide theoretical support for the interface design, development andevaluation of museum digital exhibition based on natural Human-ComputerInteraction.Based on this, taking Japanese Aggressor Troops NO.731unit site museum asan illustration, a digital museum exhibition system based on PWDEM is proposed.The system integrates the precise position of Wiimote and track recognitionfunction of WPF Controls InkCanvas in XNA. It allows users to control the digitalexhibits according to different motion trajectories. The result of some experimentaldata and small-scale questionnairs has assessed the system from two dimensions, ausability testing and user satisfaction. It provides data support for analyzing the natural interaction experience of digital museum exhibition system deeply, and alsoserves as a proof of the feasibility of PWDEM.