产业用地数据库管理系统研究与实现

发布时间：2018-02-16 00:40

本文关键词： 产业用地 UML ArcEngine GeoDatabae模型插件式开发　出处：《合肥工业大学》2013年硕士论文　论文类型：学位论文

【摘要】：论文结合国土资源部“城市化地区产业用地集约化利用与调控技术研究与示范”建设项目的子项目“产业用地数据整合与建库关键技术研究”进行了产业用地数据库管理系统研究。在研究过程中综合计算机科学技术，地理信息技术，软件工程技术，空间数据库技术，软件系统集成技术等多项手段，结合GIS工程学思想，对产业用地综合数据进行了系统的分析，，运用面向对象的地理信息系统软件开发方法，构建了产业用地数据库管理系统，最终实现了产业用地综合数据的存储，管理，查询，分析等方面的功能，为产业用地集约化利用和评价提供数据和软件的技术支持。本文研究的主要内容有：（1）系统实现过程中用到的几种关键技术：包括组件式地理信息开发技术，基于GeoDatabase模型空间数据库技术及面向对象开发技术，插件式开发管理技术和动态配置管理技术。（2）系统的总体设计：根据需求分析，系统选用了生命周期法、快速原型法与面向对象法三种方法相结合的设计开发方法，研究了采用UML可视化建模语言建立系统UML可视化模型的方法，更好地从全局和整体上把握系统的需求与设计。系统采用基于GIS组件的集成开发方式进行系统的设计与开发。（3）产业用地数据库设计：详细研究了产业用地综合数据结构，应用GeoDatabase空间数据库模型，建立基于ArcGIS产业用地综合数据模型，在这基础上建立关系类，把产业用地基础地理数据与综合经济数据进行关联，从而实现了系统对产业用地空间地理数据和经济数据综合管理。（4）系统的开发与实现：采用插件式GIS应用框架的软件架构，基于ArcEnginel0组件库与．NET平台进行开发，开发实现了产业用地数据管理系统主体框架程序，在完成产业用地数据管理系统应用主框架开发的基础上，开发了产业用地数据库采集入库模块，产业用地数据库数据处理模块，产业用地数据库数据分析主体插件模块。并研究了该系统在后续功能扩展开发中的实现方法。
[Abstract]:This paper combined with the research and demonstration of intensive utilization and regulation of industrial land in the urbanization area of the Ministry of Land and Resources, the sub-project of the construction project "Research on the key Technologies of Industrial Land data Integration and Database Construction", carried out the number of industrial land use. According to the database management system research. In the process of research integrated computer science and technology, In this paper, the comprehensive data of industrial land are systematically analyzed by means of geographic information technology, software engineering technology, spatial database technology, software system integration technology and GIS engineering. By using the object-oriented GIS software development method, a database management system for industrial land use is constructed. Finally, the functions of storing, managing, querying and analyzing the comprehensive data of industrial land use are realized. Provide technical support of data and software for intensive utilization and evaluation of industrial land. The main contents of this paper are as follows:. 1) several key technologies used in the implementation of the system, including component geographic information development technology, spatial database technology based on GeoDatabase model and object-oriented development technology, plug-in development management technology and dynamic configuration management technology. 2) the overall design of the system: according to the requirement analysis, the design and development methods of life cycle method, rapid prototyping method and object oriented method are selected. This paper studies the method of establishing system UML visual model by using UML visual modeling language, so as to better grasp the requirements and design of the system. The system adopts the method of integrated development based on GIS component to design and develop the system. 3) Design of industrial land use database: the industrial land comprehensive data structure is studied in detail, and the GeoDatabase spatial database model is applied to establish the industrial land comprehensive data model based on ArcGIS, and the relational class is established on this basis. The integrated management of industrial land spatial geographic data and economic data is realized by associating the industrial land base geographic data with the comprehensive economic data. Development and implementation of the system: the software framework of plug-in GIS application framework is adopted, and the main frame program of industrial land use data management system is developed based on ArcEnginel0 component library and. Net platform. On the basis of the development of the main frame of the industrial land use data management system, the module of industrial land database collection and storage and the industrial land database data processing module are developed. The main plug-in module of industrial land database data analysis is introduced, and the implementation method of the system in the subsequent function extension development is studied.
【学位授予单位】：合肥工业大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：P208;TU984.113

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