机场灯光自动化网络监控系统的设计与实现

发布时间：2018-04-24 18:05

本文选题：监控系统 + 智能化　；参考：《西南交通大学》2007年硕士论文

【摘要】： 目前国内路灯监控系统、机场助航灯控制系统都有各自的相关产品，但其自动化、网络化的程度不高、故障定位与检测能力不强。而一个楼宇或一个单位的广告灯、景观灯还没有相应的网络化的控制产品，都是独立控制系统。在机场有路灯、广告灯、景观装饰灯、助航灯等，它们各自分属于不同的管理部门，有自己的管理系统。机场迫切需要提高管理效力、节约管理成本、提高服务质量、降低企业能耗，，为此需要一个能将各种灯光统一管理、及时监测各种故障、定位故障源的智能化的网络产品来替代现有的产品。使企业的服务质量、管理水平上一个新的台阶。本文从机场这几种不同属性灯光的统一管理为出发点，对其监控对象的特性、监控方法、实现策略进行了理论上的描述，同时对实现的具体手段与方法进了论证。并且完成了硬件电路与软件的研制，经实践验证，该系统能很好完成机场不同属性灯光的统一管理与维护，达到了最初的设计要求。
[Abstract]:At present, the domestic street light monitoring and control system, the airport navigation light control system have their own related products, but their automation, network level is not high, the fault location and detection ability is not strong. And a building or a unit of advertising lights, landscape lights have no corresponding networked control products, are independent control systems. There are street lights at the airport. Advertising lights, landscape lighting, navigation aids, etc. they belong to different management departments and have their own management systems. Airports urgently need to improve management effectiveness, save management costs, improve service quality and reduce enterprise energy consumption. Therefore, it is necessary to manage all kinds of lights in a unified way, monitor all kinds of faults and locate fault sources in time. The network products can replace the existing products, so that the service quality and management level of enterprises will go up to a new level.
Based on the unified management of the different attributes of the airport, this paper describes the characteristics of the monitoring objects, the method of monitoring and the implementation strategy, and demonstrates the concrete means and methods of the realization, and completes the research of the hardware circuit and software. It is proved that the system can complete the airport very well. The unified management and maintenance of the same quality lighting has reached the initial design requirements.

【学位授予单位】：西南交通大学
【学位级别】：硕士
【学位授予年份】：2007
【分类号】：TU113.8

【引证文献】