The model is suitable for GIS visualization data handling and analyzing.
该模型适于GIS的可视化操作与分析。
The establishment of GIS foundation database, the 3d geological interface database of landslide body and the analytical model of GIS visualization about landslide is studied in this paper.
在研究工作的基础上，论述了滑坡GIS基础数据库、滑坡体三维地质界面数据库及滑坡可视化分析模型的建立途径。
Finally, this article presents the visualization method of the real-time data in GIS.
最后，本文探讨了地理信息系统中实时数据的可视化方法。
Chapter III is the focus of this paper, from GIS technology data management, information visualization capabilities, analysis of space transportation systems to deal with road network evaluation.
第三章是本文的重点，分别从GIS技术的数据管理、信息可视化能力、空间分析方面来处理公路网交通系统评价问题。
GIS provides new expressing languages and thinking tools for the geological field by its remarkable abilities of managed-data, analyzed-space, and mighty function of visualization.
GIS以其非凡的数据管理能力、空间分析能力和强大的可视化功能，为地学研究领域提供了全新的表达语言和思想工具。
Mine 3d GIS adopts 3d data structures to describe the mine 3d entity, and it realizes the 3d displaying by the methods of visualization and VR technology.
矿山三维gis利用3d数据结构来描述矿山三维实体，利用可视化、虚拟现实等技术实现矿山数据的三维显示。
Taking Geographic Information System (GIS) as an urban environmental modelling framework allows modellers to use database, data visualization, and analytical tools in a single integrated environment.
用地理信息系统(GIS)作为一个环境模型框架，允许模型开发者在一个单独的集成环境下使用数据库、数据可视化和GIS的强大分析工具。
The application of GIS technology to the process of atmospheric pollutant dispersion modeling were discussed, including boundary definition, initial state, data preparation and result visualization.
初步探讨了GIS技术在大气质量模型建模过程中在定义边界和初始条件、数据准备、模型运行处理、可视化结果表现等方面的应用。
A new method about using database, GIS and remote sensing techniques to build an integrated system for handling, analysis, visualization and management of ocean environmental information is discussed.
利用数据库技术，结合GIS和遥感技术建立了集数据处理、数据分析、数据可视化综合管理为一体的海洋环境数据库系统。
How to ascertain boundary envelop of error model is not only of the importance for GIS uncertainty theory, but also the critical index for GIS uncertainty visualization research.
误差模型包络线是GIS位置不确定性研究的重要内容，是GIS可视化研究的关键指标。
VRML-GIS is a new technology which combines the spatial analysis abilities of WEB-GIS and excellent function of three-dimensional visualization of VRML.
GIS是一种将VRML与WEB-GIS相结合的新技术，它的目的在于集合WEB-GIS的强大的空间分析功能和VRML优秀的三维可视化功能。
And by using GIS technology, the system overcomes the defects that zoning depends too much on labor work and the zoning results are not visual and realizes the visualization of the results.
整个系统主要利用了GIS地理信息的特点，克服了以往区域划分方法过多依赖手工劳动以及区划结果显示不直观的缺陷，实现了区划结果的实时可视化。
In order to improve the prediction accuracy and visualization for mining-induced subsidence, research was made on the architecture of GIS-based prediction system for mining subsidence.
为了提高开采沉陷预测精度及其可视化程度，对基于G IS的开采沉陷预测系统构架进行了研究。
Based on GIS, the sis will be very sufficient and powerful in spatial analysis, topologic analysis and visualization.
以GIS为基础建立地震信息系统，可以充分发挥GIS的强大的空间数据分析、拓扑分析和数据可视化处理能力。
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.
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 visualization of 3d terrain is an important function in 3d GIS.
三维地形可视化是三维gis中的一个重要功能。
The graphic technology of 3d verity is the core of visualization in calculation, computer animation and 3d GIS.
三维真实感的图形技术是科学计算可视化、电脑动画和三维地理信息系统的核心。
The technique of 3d visualization of terrain sight model is an important technique of spatial-temporal GIS and VR.
地形景观模型的三维可视化技术是时空一体化地理信息系统与虚拟现实中的关键技术。
In this paper, the design solution of Yuzhou power plant 3d visualization management, the solution of 3d Web GIS and their key techniques are presented.
文中针对禹州电厂的应用，阐述了禹州电厂三维可视化管理的解决方案、网络三维的解决方案以及所采用的关键技术。
3d terrain modeling and visualization are hot research topics in GIS, computer graphics, virtual reality, digital photogrammetry and other associated fields.
三维地形建模及可视化是GIS、计算机图形学、虚拟现实、数字摄影测量等领域的研究热点。
Considering existing circumstance of GIS application in Hydroelectric engineering construction layout, GIS-based construction layout visualization information system is built.
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。
As a widely used hi-tech with a powerful function of geo-analysis, GIS demonstrated its potential map visualization and spatial analysis in combination with ecological tourism areas evaluation models.
GIS是正在被广泛应用并具有强大空间分析能力的高新技术，与生态旅游分区评价模型结合，可充分发挥其地图化表现和空间分析能力。
Although the 2d representation and 2d visualization method of GIS data is mature, it is far from high-quality visualization.
GIS数据的二维表达和可视化手段已经比较成熟，但事实上距高质量显示还有很大的距离。
Virtual Reality has been widely used in the fields such as flying simulation, interactive GIS, virtual touring, digital earth, information visualization, architecture walkthrough, etc.
虚拟现实技术在飞行仿真、交互式GIS、虚拟购物、数宇地球和游戏娱乐等领域都有广泛的应用。
With the tehchniques of object-oriented programming and GIS incorporated, groundwater numerical simulation realized visualization.
这大大有助于人们对地下水数值模拟这一有力分析工具的掌握与应用。
The third chapter focuses on the first methodology of doing 3D visualization with city buildings: Making use of the commerce 3D GIS software to do the 3D visualization with city buildings.
第三章具体介绍本论文研究的第一套方案：利用现有的3D平台软件实现建筑物三维建模。
Meanwhile, the three-dimensional visualization of GIS has the incomparable advantage of traditional GIS.
同时，三维gis在可视化方面具有传统GIS不可比拟的优势。
Application of 3d visualization GIS in power plant design and management may improve the visibility of power plant equipment and its attribute information and the intelligent level of management.
将三维可视地理信息系统应用于电厂的设计与管理中，有利于提高电厂设备及其信息的可视化程度和管理的智能化水平。
Based on COMGIS technology, a GIS for the simulation of soil erosion of Dongzhen reservoir watershed has been created, which has the functions of data management, spatial analysis and visualization.
根据组件式GIS技术构建了东圳水库土壤侵蚀模拟GIS系统，该系统可以实现数据管理、空间分析、模型运算功能。
Spatial Analysis technology and its Visualization is an important research problem in computer graphic, RS (Remote Control), VR (Virtual Reality) and GIS and so on.
空间分析技术及三维可视化实现是计算机图形学、遥感、虚拟现实、特别是地理信息系统(GIS)等领域研究的重要问题。
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