地图是地理信息可视化的载体之一，而地图符号是表达地图内容的主要形式。
The map is a carrier of visualization for geographical information, and map symbol is main expression of map data.
这一平台是由Appcelerator和FortiusOne开发的，后者是一个专门研究可视化地理信息服务的公司。
The platform was developed by Appcelerator and FortiusOne, a company that specializes in visualizing location information.
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.
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。
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.
最后针对地理信息系统中的可视化过程进行了描述。
Finally, it describes the course of visualization in the geographical information systems.
地理信息系统(GIS)强大的空间信息处理及可视化的能力，使得它在交通噪声的管理和控制中起到重要的作用。
The geography information system (GIS) which has powerful ability to process spatial data and visualize can play an important role in the management and control of traffic noise.
最后，本文探讨了地理信息系统中实时数据的可视化方法。
Finally, this article presents the visualization method of the real-time data in GIS.
对海洋地理信息的三维可视化技术进行了深入研究。
The 3D visualization technique for the marine-oriented geographical information was investigated.
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。
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.
统一建模语言（UML）是一种面向对象、定义明确的可视化系统建模语言，在地理信息系统工程的分析和设计中已逐渐被采用。
The unified modeling language (UML) is an object-oriented and strictly defined visualizing data modeling language. It has been gradually adopted in analysis and design of GIS application engineering.
将变密度三维海水入侵模型(SUTRA模型)与地理信息系统(GIS)进行有机集成开发出可视化海水入侵数值模拟系统。
A visualized numerical modeling system is developed on the basis of the 3-d seawater intrusion numerical model (SUTRA) integrated in GIS platform.
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.
地图符号是地图表达空间信息的语言单位，是可视化表达地理信息内容的基础工具。
Map symbols which represent the spatial information is the language of map units, also is the content of visual expression of the basic tools of geographic information.
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。
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.
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 graphic technology of 3d verity is the core of visualization in calculation, computer animation and 3d GIS.
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。
The technique of 3d visualization of terrain sight model is an important technique of spatial-temporal GIS and VR.
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。
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.
网络是实现数据共享最为有效的手段，构建以网络为基础的地理信息系统并实现三维可视化，对于实现数据共享、景观再现、辅助决策支持有着重要意义。
Network is the most efficient way to share the data. It's significant to build a system with the WebGIS and 3d (three dimension) viewer function for the management.
网络是实现数据共享最为有效的手段，构建以网络为基础的地理信息系统并实现三维可视化，对于实现数据共享、景观再现、辅助决策支持有着重要意义。
Network is the most efficient way to share the data. It's significant to build a system with the WebGIS and 3d (three dimension) viewer function for the management.
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