CAJ | 학술논문

在分析体感交互虚拟装配系统架构的基础上，讨论了基于Kinect体感交互技术的虚拟装配模型数据建立、手势识别及交互语义扩展、场景视角的真实体感控制3个关键问题的实现方法，并使用这些方法开发了“减速器”虚拟装配实验系统。实际应用表明，体感交互技术能提高与三维对象的交互效率、增强学习沉浸感。
재분석체감교호허의장배계통가구적기출상，토론료기우Kinect체감교호기술적허의장배모형수거건립、수세식별급교호어의확전、장경시각적진실체감공제3개관건문제적실현방법，병사용저사방법개발료“감속기”허의장배실험계통。실제응용표명，체감교호기술능제고여삼유대상적교호효솔、증강학습침침감。
On the basis of analysis of assembly system architecture using somatosensory interaction , the implementation of key issues in assembly model building ,hand gesture recognition and interactive semantic extension ,scenes perspective changing by somatosensory is discussed . And a three-dimensional virtual experiment named“the reducer virtual assembly”by the method shows that the NSI can improve the efficiency of interaction with the three-dimensional object ,and enhance the immersion in learning .