基于ArcGIS的交通卡口管理平台设计

发布时间：2018-01-16 09:31

本文关键词：基于ArcGIS的交通卡口管理平台设计　出处：《西华大学》2014年硕士论文　论文类型：学位论文

更多相关文章： ArcGIS 交通卡口管理 数据库 Flex 布控

【摘要】：近些年，智能交通系统（ITS-Intelligent Transportation System）研究越来越受到重视，借鉴国外成功经验，ITS能够有效提高道路利用率，优化交通流量，减少道路拥堵，，遏制交通事故发生，能在一定程度上改善交通困境。交通卡口监控系统，以收费站、进出城大动脉、治安检查站为依托建立卡口点，成功解决了车辆过境检测问题，不仅能全天候持续监控路段的通行情况，还能对多种车辆违章行为作出准确判断。本文设计的交通卡口管理平台基于B/S模式开发，以先进的卡口前端采集技术和公安内部高效传输网为前提，借助ArcGIS系列软件强大的地图处理和开发功能，采用SQL Server与ArcSDE完成系统数据库的搭建，由ArcGIS Server搭建地图服务器，采用业内成熟的J2EE三层技术架构搭建业务处理服务器，在直接与用户接触的网页端采用Flex技术实现地图操作和业务实现，达到WebGIS和“富互联网应用”的目的。交通管理人员通过远端浏览器访问平台，可以对卡口业务进行综合可视化的管理。文章首先分析了交通卡口系统研究现状和发展趋势，并着重介绍了设计的总体架构和研究目标；在提出课题研究需求的同时，对课题涉及到的关键技术做了简要介绍；综合平台设计原则，设计依据和体系结构等多方面因素，提出了交通卡口管理平台的总体设计方案；随后详细介绍了包含业务数据和GIS数据在内的课题数据库的设计方法，并成功实现了各模块功能；在文章的最后对课题做出了总结和展望。本课题设计的交通卡口管理平台界面友好、易于操作、功能丰富、运行稳定、可扩展性强，便于交管人员及时有效的开展交通组织和业务操作。平台同时集成了GIS功能和业务功能，在提高交管工作效率和打击道路违法犯罪等方面发挥了功效，在营造安全、快速、高效率的道路环境和行车秩序上起到了积极作用，对交通管理领域的交通应急指挥系统、车辆诱导系统、综合交通信息发布等系统的建设具有指导意义。
[Abstract]:In recent years, the research of Intelligent Intelligent Transportation system (ITS-Intelligent Transportation system) has been paid more and more attention. ITS can effectively improve road utilization, optimize traffic flow, reduce road congestion, curb traffic accidents, and to some extent improve traffic plight. In and out of the city artery, security checkpoints for the establishment of a bayonet point, successfully solve the problem of vehicle transit detection, not only can continuously monitor the traffic situation of the road all the time. Also can make accurate judgment to a variety of vehicle violation behavior. The traffic bayonet management platform designed in this paper is based on the development of B / S mode and is based on the advanced front end acquisition technology of the bayonet and the efficient transmission network within the public security. With the help of the powerful map processing and development function of ArcGIS series software, SQL Server and ArcSDE are used to build the database of the system. The map server is built by ArcGIS Server, and the service processing server is built by using the mature J2EE three-tier technical framework. The Flex technology is used to realize map operation and business implementation in the web pages which directly contact with users. To achieve the purpose of WebGIS and "rich Internet application", traffic managers can access the platform through remote browser, and can manage the business of bayonet comprehensively and visually. Firstly, this paper analyzes the research status and development trend of traffic bayonet system, and introduces the overall structure and research goal of the design. At the same time, the key technologies involved in the project are introduced briefly. Comprehensive platform design principle, design basis and system structure and other factors, put forward the overall design scheme of traffic bayonet management platform; Then the design method of subject database including business data and GIS data is introduced in detail, and the functions of each module are realized successfully. At the end of the article, a summary and prospect of the subject are made. The traffic bayonet management platform designed in this paper has friendly interface, easy operation, rich function, stable operation and strong expansibility. The platform integrates the GIS function and the business function at the same time, which plays an important role in improving the efficiency of traffic management and cracking down on road crime and so on. It plays an active role in creating a safe, fast and efficient road environment and driving order. It plays a positive role in traffic emergency command system and vehicle guidance system in the field of traffic management. The construction of integrated traffic information publishing system is of guiding significance.
【学位授予单位】：西华大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：P208;U495

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