프레젠테이션 도구 관점에서 제스처 및 음성 기반 인터페이스 방식의 연구
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- 프레젠테이션 도구 관점에서 제스처 및 음성 기반 인터페이스 방식의 연구
- Other Titles
- Study on Gesture and Voice-based Interaction in Perspective of a Presentation Support Tool
- Ha, Sangho; Park, Soyoung; Hong, Hyesoo; Kim, Namhun
- User interface design; Non-touch gesture-based interaction; Smart lecture room; KINECT
- Issue Date
- 대한인간공학회지, v.31, no.4, pp.593 - 599
- This study aims to implement a non-contact gesture-based interface for presentation purposes and to analyze the effect of the proposed interface as information transfer assisted device. Background: Recently, research on control device using gesture recognition or speech recognition is being conducted with rapid technological growth in UI/UX area and appearance of smart service products which requires a new human-machine interface. However, few quantitative researches on practical effects of the new interface type have been done relatively, while activities on system implementation are very popular. Method: The system presented in this study is implemented with KINECT� sensor offered by Microsoft Corporation. To investigate whether the proposed system is effective as a presentation support tool or not, we conduct experiments by giving several lectures to 40 participants in both a traditional lecture room(keyboard-based presentation control) and a non-contact gesture-based lecture room(KINECT-based presentation control), evaluating their interests and immersion based on contents of the lecture and lecturing methods, and analyzing their understanding about contents of the lecture. Result: We check that whether the gesture-based presentation system can play effective role as presentation supporting tools or not depending on the level of difficulty of contents using ANOVA. Conclusion: We check that a non-contact gesture-based interface is a meaningful tool as a sportive device when delivering easy and simple information. However, the effect can vary with the contents and the level of difficulty of information provided. Application: The results presented in this paper might help to design a new human-machine(computer) interface for communication support tools.
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