Two different immerse systems are analyzed, with the help of hardware ( Graphics Workstation, Stereo Vision Glasses, Control device) and software ( WorldTooIKit, Visual C++ 6.0), a Desktop handling-stability virtual experiment system has been success developed. 分析了不同硬件配置(沉浸式、桌面)的虚拟试验系统,结合自身条件,成功建立了用于汽车操纵稳定性分析的桌面虚拟试验系统。
Compared with the visual system based on SGI graphics workstation, the system has a flexible structure and a low cost, and it is easy to expand and upgrade. 与基于SGI图形工作站的视景系统相比,该系统具有结构灵活、易于扩展升级、成本低的优点。
Generally, the system was driven by special graphics workstation, and hardly to be popularized because of expensive price. 该系统通常是由价格昂贵的专业VR工作站来驱动的,难以推广使用。
We also make a compare between the old version of Tower simulation system ( using the graphics workstation) and the new version ( using the distribute real-time vision generator). 在这一部分最后对由图形工作站构成的视景系统和由基于微机的分布式实时视景系统进行了对比。
A SGI graphics workstation based visual system and a PCs based distributed visual system are implemented. And characters of these two visual systems are compared in the dissertation. 实现了基于SGI图形工作站与基于分布式PC机群两种不同体系结构下的视景仿真系统,并对两者进行了比较。
According to the result of experiment, the system like this can use very low cost to arrive the performance of Graphics Workstation. 实验的结果表明,用微机构成的这样的系统的性能完全可以达到图形工作站的水平,而成本却大大降低。
This paper analyse the compose of CAVE based on PC, and discuss the feasibility of using PC and advanced display controller instead graphics workstation. 本文对CAVE系统从整体上进行了结构分析,讨论了采用微机配合中低档的图形显示卡来代替SGI工作站和RealityEngine高档工作站的可行性。
CAVE based on PC, which is a CAVE system composed with PC and advanced display controller instead graphics workstation. This system will enhance the immersion of virtual environment and reduce greatly the cost. 基于PC平台的CAVE系统是采用微机配合中低档的图形显示卡来代替图形工作站构成的CAVE系统,该系统可以增强虚拟环境的沉浸感,同时很大程度上降低了硬件成本。
Volume rendering ( VR), maximum intensity projection ( MIP) and multiplanar reformation ( MPR) were used to analyze intracranial vessels on the graphics workstation by two radiologists. 由两位放射医师分别在工作站上行常规与减影的容积再现(VR),最大密度投影(MIP)和多平面重组(MPR)方法分析颅内血管。
The application of graphics workstation in the cam system of artistic conception and cardboard for jacquard fabric 图形工作站在提花织物意匠和纹板CAM系统中的应用
With the development of the computer industry, many advanced techniques, such as high property graphics workstation, multiple media computer, super text system and satellite communication come into an application period. 随着计算机工业的发展,高性能图形工作站、多媒体计算机、超文本系统、卫星通讯等先进技术进入了实用阶段,尽快建立海洋石油勘探开发信息系统及石油地质工作站已成为可能。
The system invokes X Window/ Motif function library to realize Graphics User Interface on workstation and recommends peculiarity and function of X Windows/ Motif. 系统调用XWindow/Motif函数库实现工作站上图形用户界面(GUI),介绍Windows/Motif的特点及功能。
Methods The CT data of head and neck region of the first Chinese visible human were processed with Siemens 3 D Virtuoso VA ( R2.6) software in SGI Graphics Computer Workstation. 方法将首例中国可视化人体头颈部的轴位断层CT图像(层厚1mm,连续扫描),应用SiemensCRT3.0图像处理软件在SGIGraphics计算机工作站上进行三维重建和观察。
The quick-look system is composed with a hardware processor and display terminal. Display terminal is constructed of graphics workstation which is based on Wintel structure and Windows operating system is installed. Remote sensing imagery and display software runs on it. 快视系统的硬件设备由快视处理器和显示终端组成,显示终端是基于Wintel构建的图形工作站,运行Windows操作系统,遥感图像接收和显示软件运行在显示终端。
The key feature of the equipment is generating graphs of virtual world, as it is called graphics workstation. 它的一个主要功能是生成虚拟境界的图形,故此又称为图形工作站。