CRVS系统是波音最新研发的视觉显示系统，为培训系统和一般可视化应用提供一个高分辨率“窗外”视角，创造一个身临其境的环境。
CRVS, the company's newest visual display, delivers an immersive environment by providing a high-resolution "out-the-window" view for training systems and for general visualization applications.
应用先进的计算机图形学及科学计算可视化技术，编制了非线性动力系统仿真分析程序，可直观地分析混沌动力系统的轨迹特性。
This paper compiles the analysing program for the simulation of the nonlinear dynamic system. With this program, the locus property of the nonlinear dynamic system can be analysed visually.
介绍了基于WINDOWS平台、应用可视化编程技术的台阶爆破计算机模拟系统的编制方法。
Based on WINDOWS system and applied visual programming technology, programming methods of computer simulation system for bench blasting are introduced.
本文研究的可视化评价系统能为相关决策者进行建桥防洪评价提供必要的参考，有着很好的应用价值。
The visualization evaluation system studied in this paper has reference and application value for the decision-makers in their bridge construction and flood preventing evaluation.
本系统的三维模型浏览功能下是应用科学计算可视化技术来指导设计，检验箱梁设计的正确性。
Three dimensional browse function of the system has just used visual technology to show whether the box beam is correctly designed.
屏幕地图是随着数字地图和地理信息系统技术的应用、计算机可视化研究的深入而产生的。
With the application of Digital Map and Geographical Information System and progress of Computer Visualization, Screen Map is developed.
今天，大量的计算机应用问题是运用超级计算机以及图形系统和科学可视化来解决的。
Vast majority of computer application problems today are solved using supercomputers, graphic systems and scientific visualization.
应用该系统提供的可视化设计环境，可大大提高新机构产品设计的效率和质量。
Utilizing the visualized designing environment provided by this system could greatly enhance the efficiency and quality of new mechanism's product design.
该系统的研究是科学计算可视化技术的一个重要应用领域，是医学图像处理领域的热点问题。
The system of visualization in scientific computing is an important technology applications in the field of medical image processing is a hot issue.
采用MVC设计模式、AAF框架技术、知识图以及组件复用技术研究水权分配的可视化应用系统。
To use the MVC design pattern, AAF framework technology, knowledge map and components reuse techniques, researched the visualization system for the distribution of water rights.
触摸屏作为人机界面应用于气相色谱仪控制系统，在彩色LCD的配合下可实现可视化控制。
The touch screen is introduced as the human-machine interface to the control of gas chromatography, and the visual control is realized with color LCD.
该系统是基于隧道窑结构设计开发的可视化应用程序系统。
This software is visual application system based on the structure design of tunnel kiln.
该软件作为一种开放式，可视化的上位机软件，结合本系统的控制装置，可应用于电力部门的远动信道监测系统。
As a visual open telemechanics channel detecting software, it can be applied to most power system's telemechanics generally combining with control devices.
本文提出一种构造可视化模型的方法，并将这种方法成功地应用在公路建筑材料可视化管理系统中。
In this paper, a method of making visual model is put forward, and applied to highway building materials visual management system successfully.
基于以上语言和技术都具有跨平台及良好的网络传输性，通过VRML的EAI方式实现了装配序列可视化系统的网络应用。
Based on the above, all the language and technology have capabilities of cross-platform and good network transmission, realizing the assembly sequence visualized system by the EAI way of VRML.
论文的研究符合软件工程的原理，研究方法具有一定的普遍性，可应用于其它三维可视化系统的开发。
The method of research is based on software engineering principle and possess an evident universality, which is applied to develop others 3-Dimension visualization system.
电力系统图模一体化系统是电力系统分析、计算、设计、监控、管理等诸多应用系统实现图形可视化的基础。
Power system chart-module integration system is the basis of the visualized power system analysis, calculation, design, monitoring, management, among many other applications.
它可用在复杂3d场景快速绘制、飞行模拟器、3d动画、交互式可视化和虚拟现实等应用系统中。
Models at multiple level of detail are widely used in real time rendering of complex 3d scene, flight simulator, 3d animation, interactive visualization, and virtual reality.
结果证明，检测系统实现了对钢管的自动化、智能化及可视化检测，在实际生产领域中得到了广泛应用。
Practical applications show that with the presented visual detecting system, automatic, intelligentized and visual checking of pipes can be achieved.
本文结合GIS在水利水电工程施工总布置可视化研究中的实际应用情况，建立了基于GIS的施工总布置可视化信息系统。
Considering existing circumstance of GIS application in Hydroelectric engineering construction layout, GIS-based construction layout visualization information system is built.
综合应用可视化技术、面向对象技术、ODBC数据库技术和三维绘图技术开发出旋风分离器CAD系统。
This paper developed a CAD system of cyclon by synthesizing visual technique, object-oriented technique, ODBC(open database connectivity) technique and 3D drawing technique.
介绍了可视化技术在电力系统潮流和最优潮流分析中应用的最新成果。
This paper describes several visualization techniques that are useful in the analysis of power flow and optimal power flow (OPF) results.
本文通过对空间可视化技术的研究，讨论了如何将空间可视化技术应用于小区物业管理系统。
In this paper, the technology of spatial visualization was investigated for how to apply it on the manage system of residential area.
本文介绍三维超声系统的构成、临床应用、三维超声设备以及用于三维可视化和数据处理的软件。
This paper introduces the constitute and clinical applications of 3d Ultrasound. Some 3d Ultrasound systems and software packages provided by Research Institutions or Companies are also listed here.
地理信息三维可视化系统的研究是地理信息系统研究中的热点，也是许多应用领域对地理信息系统的基本要求。
The research on 3d visualization system of geographic information is a hotspot in the research of GIS and it is the basic requirement in many application fields.
介绍一个小型的可视化远程网络测控系统，包括硬件平台的搭建和应用软件的设计。
A mini remote control and measurement system is introduced. It is fulfilled on both sides: to build the hardware platform and the developing of application software.
作为监控系统重要组成部分的车辆监控系统已经得到广泛应用，而其传统的数据表现形式却缺乏直观性和决策可视化。
As an important component of Moitoring System, Vehicle Monitoring System has been used widely, but its traditional data presentation method is lack of intuitive and decision-making visualization.
介绍了实时激光全息干涉技术应用于三维温度场可视化的原理、实验装置与光路系统、实验结果等。
The principle, experimental apparatus, optical system and results of applying laser holographic interferometry technique to visualize three-dimensional (3d) temperature field were presented.
重点讨论了应用MDTAPI进行CAD系统的开发方法，提出了球面三角算法在夹具组装中空间角度的可视化计算中的应用方法。
Applying MDT API, the method of the developing CAD system is discussed with emphasis on. The spherical triangle arithmetic is presented hi the fixture assembled vision calculation of space Angle.
重点讨论了应用MDTAPI进行CAD系统的开发方法，提出了球面三角算法在夹具组装中空间角度的可视化计算中的应用方法。
Applying MDT API, the method of the developing CAD system is discussed with emphasis on. The spherical triangle arithmetic is presented hi the fixture assembled vision calculation of space Angle.
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