Intelligent UI/UX technology development
Developing Intelligent UI/UX Technology for AR Glass-based docent operation
The Objectives and Development Contents of the Research Project/Expected Effects
The Objectives of the Research Project
The exhibition space optimized for wearable augmented reality Based on the UX technology, space-based storytelling technology, and spectator information analyzed by spectator awareness (AI) technology, it is possible to construct optimal information for individual spectators, Development of service technology guided by virtual character docent
The Contents of the Research Project
- Developed AR docent service by developing UX technology that provides extended experience in terms of information provision
- Development of SUI UX type using actual space as platform
- Developed NUI technology using gesture and chatbot technology
- Development tool for curator of intelligent docent service based on AR glass
Expected Effect
- Provide a new experience of content in the field of exhibition
- Advances on exhibition planning and expression based on AR technology
- Expected to create new added value through development of various technologies for indoor / outdoor exhibition use
The Outline of the R&D System
City Government News List - Annual, 2nd Year, 3rd Year
| 2nd year |
- User friendly and analytical
- Exhibit Survey
- UI / UX planning by exhibition type
- User scenario visualization
- Planning Tool
|
- Design and production of UX type of AR exhibition contents
- Mixed Reality UX Design Production
- Expanded Scale UX design creation
- Development of optimized AR interaction technology for exhibition type UX type
- Docent Service GUI, NUI Research and Design Production
|
- Development of object recognition technology
- Developed multimodal interaction technology
- Development of virtual object manipulation interface based on sensible hand movements
- SUI interaction technology
|
- Development of intelligent dialog processing module
- Interaction dating collection analysis of the exhibition domain
|
- Development tool case study analysis
- Authoring tool GUI planning and UI function logging
|
- Demonstration Content UX Usability Assessment
- GUI, UI, NUI, satisfaction rating
- Establishment of demo room to check the overall interworking situation and complement the problem
- Finding and correcting problems by evaluating usability of actual users
- System implementation · Interworking test
|
| Third year |
- UI / UX planning by exhibition type
- Visualizing usage scenarios
- Joint Experience UX Design
- Sharing UX Design
- Research and development of AR-optimized UX rating scale
|
- Development and testing of contents applied to AR UX type by exhibition type
- Docent Service GUI, NUI Research and Design Production
- AR exhibition contents UX type
- Encounering UX Advanced Design
- Sharing tjfrP
- Docent Service GUI, NUI Advanced Research and Design Production
|
- Real-time user location tracking and calibration technology development
- Developed multimodal interaction technology
- Real-time type hand-based virtual object manipulation interface advancement technology
- Advanced SUI Interaction
|
- Enhanced Intelligent Talk Processing
- Implement multi-modal interaction of exhibition domain
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- Development of AR class-based exhibition contents authoring tool
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- Evaluation of museum story and UX usability
- GUI, UI, NUI, Satisfaction Evaluation
(Experts, Audience Evaluation)
- After installation in the exhibition space, check the overall interlocking situation and supplement the problems
- Finding and correcting problems by evaluating usability of actual users
- Developed authoring tool for curator
- System implementation and UWB interworking test
|
The Ultimate Goal of R&D
