1) virtual environment simulation
虚拟环境模拟
2) virtual environment
虚拟环境
1.
Construction of virtual human in virtual environment of ship engine room;
船舶机舱虚拟环境中的虚拟人构建
2.
Framework of virtual environment for virtual prototyping;
虚拟样机可视化虚拟环境框架研究
3.
Fast collision detection algorithm for virtual environment walkthrough;
面向虚拟环境漫游的快速碰撞检测算法
3) virtual environments
虚拟环境
1.
Avatar in virtual environments:research and progress;
虚拟环境中化身技术的研究与进展
2.
Study on Virtual Human in Virtual Environments;
虚拟环境中的虚拟人技术研究
3.
Although the application of virtual environments (VE) and Internet promoted the computer technique greatly, it also brought some human factor problems, such as 搃mmersion?in VE, 揹isorientation?in WWW and the design of the navigational map.
虚拟环境和互联网技术的应用极大地推动了计算机技术的发展,同时也产生了若干人因素问题。
5) virtual reality
虚拟环境
1.
The simulation of fault diagnosis of machine tool spindle driving system in virtual reality;
虚拟环境下机床主传动系统故障诊断的仿真实现
2.
Firstly, some person\|times pre\|tests were done with the PC virtual reality ergonomic system to determine difference of observing object and levels of field viewing angle.
虚拟环境视场角的设置对其能否真实地模拟现实场景和被试者对其中目标判断 (即大小和角度判断 )有很大的影响 ,为此文章进行了最佳的观察视场角的实验研究。
3.
Deformation modeling of virtual object under force is a key issue for haptic interaction between human and virtual reality.
虚拟物体在受力作用时的形变建模是虚拟环境中力 /触觉人机交互的关键。
6) VE
虚拟环境
1.
Currently, display technology becomes the bottleneck that people seek high resolution and high emersion in VE.
针对当前显示技术成为虚拟环境系统追求高分辨率与高沉浸感的瓶颈,提出基于PC的大屏幕立体投影系统,实现虚拟环境的高分辨率及高沉浸感;该系统需要多台投影机进行投影,因此带来多投影机投影图像的配准与无缝拼接,提出一种快速边缘拼接技术,实现复杂场景漫游中的大屏幕立体投影多投影之间的无缝拼接。
2.
In this paper, we discuss the modeling of the simulation of equipment services in VE.
讨论了虚拟环境下仿真装备维修存在的问题,考虑到仿真对象为已交付使用的产品,存在固定的装配关系,促进装备完成其基本功能是装备维修的最终目的;为此建立了虚拟环境下装备的装配和分解信息模型,提供了虚拟现实系统中装备部件安装和拆卸约束机制。
3.
To obtain the physical behavior of object in VE, we need to build its behavior model, thereby improving the autonomy of VR system.
首先分析了虚拟现实系统的自主性特点,要使得虚拟环境中物体具备自主性需要建立相应物体的其物理行为模型,对其物理行为进行仿真,从而确定虚拟环境中物体的状态。
补充资料：虚拟
1.设想;虚构。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条