基于谷歌地图的智慧路灯管控系统设计与实现

发布时间：2018-07-02 12:35

本文选题：WebGIS + 智慧路灯　；参考：《合肥工业大学》2017年硕士论文

【摘要】：城市路灯作为城市的基础公共设施,对居民生活起着十分重要的作用。但随着城市规模的迅速扩大,城市路灯照明出现了许多管理和控制方面的问题,例如管理效率低下、可视化程度不高、需要人工控制等等。为了提高当前路灯控制系统的管理效率,实现路灯管控的可视化、智慧化、高效性,本文提出并实现了基于谷歌地图的智慧路灯管控系统。该系统综合运用了WebGIS技术、计算机通讯技术、Zigbee通信技术、webgl技术、Highcharts图表技术等,解决了监控系统的网络传输的实时性问题和系统中大量路灯加载时加载缓慢问题,系统采用谷歌地图并引入多国语言库解决了百度等国内地图无法在国外使用的缺陷,实现了软件的国际化。本文首先分析了路灯照明系统在国内外的研究现状,并对相关领域的知识进行了预研究。在此基础之上对系统的功能需求、性能需求、技术需求进行行了分析,并通过用例图、类图、时序图、活动图和协作图对系统的重要部分进行了分析,初步建立了系统的模型。然后对系统进行了整体架构设计、通信架构设计和数据库设计,对系统有了整体的规划。通过整体规划确定了系统所需的关键技术,并对关键技术进行研究和分析。之后对系统的B/S端和C/S端通讯软件进行界面设计和业务逻辑设计,实现系统功能,并对系统进行了功能和性能测试。最后对所做的工作进行总结,并对以后的研究方向进行展望。
[Abstract]:As the basic public facilities of the city, the city street lamp plays a very important role in the residents' life. However, with the rapid expansion of city scale, there are many problems in urban street lighting management and control, such as low efficiency of management, low degree of visualization, need manual control and so on. In order to improve the management efficiency of the current streetlight control system and realize the visualization, intelligence and high efficiency of the streetlight control system, this paper proposes and implements the intelligent streetlight control system based on Google Maps. In this system, WebGIS technology and computer communication technology, such as WebGIS, computer communication technology, webgl technology and Highcharts chart technology, are used to solve the real-time problem of network transmission of monitoring system and the slow loading of a large number of streetlights in the system. The system adopts Google Maps and introduces multi-language library to solve the defect that Baidu and other domestic maps can not be used in foreign countries, and realizes the internationalization of software. This paper first analyzes the research status of street lighting system at home and abroad, and carries on the preliminary research to the related domain knowledge. On this basis, the functional requirements, performance requirements and technical requirements of the system are analyzed, and the important parts of the system are analyzed by use case diagram, class diagram, sequence diagram, activity diagram and collaboration diagram, and the system model is preliminarily established. Then, the overall architecture design, communication architecture design and database design of the system are carried out, and the overall planning of the system is given. The key technologies of the system are determined through the overall planning, and the key technologies are studied and analyzed. Then the interface design and business logic design of the communication software of B / S and C / S are carried out to realize the function of the system, and the function and performance of the system are tested. Finally, the work done is summarized, and the future research direction is prospected.
【学位授予单位】：合肥工业大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TU113.666;TP311.52

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