这三个问题包括：专用城市地理信息系统的开发技术、GIS空间数据的查询与分析、GIS空间数据的浏览与输出。
These three questions are: the technology of developing a special Urban GIS analysis and query of GIS space data browse and output of GIS space data.
维度建模有助于优化数据仓库的查询与分析。
Dimensional modeling helps us optimize our warehouse data for queries and analysis.
GIS支持地理空间数据的采集、存储和显示，并能将地理空间数据与相关参考数据关联以提供信息查询与分析。
GIS supports the collection, storage and display of geographic space data, and provides information inquiry and analysis by relating the geographic space data with reference data.
该网络发布系统具有图层控制与管理、数据查询检索、基本信息的空间分析操作功能。
This issuance system possesses multi-functions of map-layer control and management, data searching and retrieval, and spatial analysis operation of basic information.
本文分析了虚拟制造环境下的工况数据采集与任务查询系统的作用、构成、功能、信息集成和通讯。
In this paper, the effect, structure, function, information integration and communication of floor data collection and assignment enquiry system in Virtual Manufacturing Environment is analyzed.
本文用最小生成树算法实现了分布式数据库中的多元连接查询，并进行了算法的分析与设计。
This paper used algorithm of minimum spanning tree to realized multi-join queries of distributed database and provided analyzing method.
地籍空间数据质量是地籍数据更新、信息查询与分析的基础。
Spatial data quality is the basis of cadastral data's updating, query and analysis.
因此，迫切需要一个良好的图形检索与数据分析系统来帮助管理人员和科研设计人员管理和查询这些数据。
So, it is an urgent need for a good graphical and data analysis system to be designed to help managers and staff manage and research for those data.
分析了TMN系统中话务数据的特点，设计了一种新的数据存储与快速查询实现方案，并给出了性能对比测试的结果。
This paper analyzes the characteristics of phone-data in TMN-system, designs a new plan to store data and realize quick-query, and also gives the result of performance test.
地籍空间数据质量是地籍数据更新、信息查询与分析的基础。
The quality of cadastral spatial data is the basis of cadastral data's updating, query and analysis.
基于建立的客户数据仓库，介绍了查询与报表、OLAP分析和数据挖掘等客户数据分析方法。
Based on the customer-centric data warehouse, several methods for customer data analysis, such as query and report, OLAP and data mining, are introduced.
与IT紧密相关的办法是管理报告，终端用户查询，多维分析，仪表板，记分卡和数据挖掘的一种。
The IT-intensive approach is one of managed reporting, end-user query, OLAP, dashboards, scorecards and data mining.
论文第二章通过对各种可以实施的方案的优缺点进行分析与比较，从而确定了网络方案，串行通讯方案，数据库方案，查询模式的确定。
The second of the paper analyzed and compare with the several schemes, conformed network scheme, bunch communication scheme, database scheme, and conformed query mode.
地理信息系统是指用于获取、存储、查询、综合、处理、分析和显示与地球表面位置相关的数据的计算机系统。
Geographic Information system is a computer system, which can obtain, store, query, integrate, transact, analyze and display the data about location of earth.
拓扑处理是数据查询与分析的前提，矢量数据压缩则有利于节省存贮空间和提高数据处理速度，文中也讨论了电子地图制作系统中所采用的拓扑及数据压缩方法。
The topology processing is the prediction of the data searching and analysis, and the vector map data compressing is good for economizing memory space and speeding up the data processing.
对德国《数学文摘》数据库及其快速检索、高级检索、命令式检索、引文查询功能做了较详细的介绍与分析，并对其收录、评论情况做了较细致的描述。
Its function of search, advanced search, command search, and citation checker are introduced and analysed, and the elaborate status of selection and review are described.
该系统实现了质量成本数据的自动核算、查询与分析，分析的结果以质量成本报告的形式输出；
The system can automatically account, seek and analyze the data of quality cost. The results of analysis can print out by the report of quality cost.
实现资源共享与管理，数据保存，科学分析，与数据重构与统计查询等的科学管理与决策。
Resource sharing and management, data preservation, scientific analysis, and data reconstruction and statistical inquiry of scientific management and decision-making.
本课题开发出的生产控制子系统，能够与ERP中其它子系统实现很好的数据通信，并能提供有效的查询分析功能。
This production control subsystem can efficiently realize data traffic with other subsystems in ERP and can provide valid inquiring and analyzing function.
GIS是一种存储、查询、处理、分析、显示、更新与空间和地理分布有关数据的空间信息系统。
GIS is a spatial information system which can store, query, process, analyze, display and update the spatial and geographical data.
从负荷的时变性出发，应用数据库进行各种查询、调用，用实测数据分析负荷特性与时间的关系。
With kinds of querying and calling the real load parameters in database, it is helpful to analyze the relation of load characteristics and time.
地理信息系统技术与水质预测数学模型相接合，创建了水系信息查询及水质实时预测系统。该系统运用于九洲江水系水资源保护规划，起到了数据整理分析和管理决策的作用。
The joint between the technology of GIS and the model on predicting water quality, has established the system used to inquiry the information of water quality and predict the water quality instantly.
地理信息系统技术与水质预测数学模型相接合，创建了水系信息查询及水质实时预测系统。该系统运用于九洲江水系水资源保护规划，起到了数据整理分析和管理决策的作用。
The joint between the technology of GIS and the model on predicting water quality, has established the system used to inquiry the information of water quality and predict the water quality instantly.
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