Virtual reality is an advanced man-machine interface which can simulate and interact through various sense channel of human beings.
虚拟现实是指通过人的多种感知通道进行实时模拟与交互的人机界面。
Such as the communication between deaf-mute and normal person, multi-model interface of Virtual Reality, TV news in Sign Language, intelligent human - computer interface etc.
聋哑人与正常人之间的交流、虚拟现实中的多模式接口、手语新闻、智能人机接口等。
A virtual reality-based method is designed in order to get good interactive interface for users. The proposed system reduces the influence of time-delay on real-time.
为了使用户获得良好的交互界面，设计了基于虚拟现实的交互方法，双向通讯结构可以降低传输滞后对系统实时性的影响。
Haptic interface is important composition of robot teleoperation system based on the virtual reality.
触觉感知接口是基于虚拟现实机器人遥操作系统的重要组成部分。
The study is mainly focused on the system interface among digital photogrammetry, GIS and Virtual reality, 3D modeling, ; texture making and virtual environment design.
着重研究解决了全数字摄影测量系统、GIS与虚拟现实系统之间的数据接口问题，三维建模，纹理制作及虚拟环境生成等问题。
This paper mainly reviews three most important elements in a telepresence system: a force-reflecting manual controller, a virtual reality unit and an advanced operator interface.
介绍遥现系统中3个最主要的组成部分：力反馈手控制器、虚拟现实装置和高级操作者界面。
This paper mainly reviews three most important elements in a telepresence system: a force-reflecting manual controller, a virtual reality unit and an advanced operator interface.
介绍遥现系统中3个最主要的组成部分：力反馈手控制器、虚拟现实装置和高级操作者界面。
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