机场行李传送车计量管理系统的研究

发布时间：2018-05-11 15:11

本文选题：机场行李传送车计量管理 + 混合网络　；参考：《中国民航大学》2017年硕士论文

【摘要】：随着我国航空业的大力发展,飞机数量的不断增多,所需的行李传送车数量也越来越多,对该车辆的监控与管理也越来越大。目前,机场对行李传送车的管理模式依旧通过手动记录或手动签单完成。这种管理模式使得数据准确度低、实时性差、集成度不高,机场的人力成本高。为解决上述问题,对机场行李传送车计量管理系统进行研究。其研究内容如下:首先,针对机场行李传送车的计量管理的需求与特点,设计基于ZigBee-WLAN/Ethernet混合网络的机场行李传送车计量管理系统,并完成了该系统的总体设计、设备选型与硬件设计、软件流程设计。然后,针对本文所采用的ZigBee-WLAN/Ethernet混合网络,提出一种基于LEACH-M的改进路由协议以优化网络传输,并以此为基础算法,设计符合ZigBee协议的传输流程与数据包格式。最后,给出本文所研究内容的网络仿真测试、计量算法实现以及系统功能测试,并在B/S架构下完成服务器软件设计。测试结果表明,本系统的数据网络传输稳定,数据的丢包率较小,人机交互界面良好。本系统能准确采集行李传送车上的传感器信息,并稳定传输至地面监控中心,为航空公司与机场提供自动化、便捷、精确的计量管理方式,具有一定的实用性与参考价值。
[Abstract]:With the development of aviation industry in our country, the number of aircraft is increasing, the number of baggage transfer vehicle is increasing, and the monitoring and management of the vehicle is also increasing. At present, the airport of baggage transfer vehicle management mode still through manual records or manual signing completed. This management mode makes the data accuracy low, the real-time poor, the integration level is not high, the airport manpower cost is high. In order to solve the above problems, the measurement management system of airport baggage transport vehicle is studied. The research contents are as follows: firstly, according to the requirements and characteristics of the measurement management of airport baggage transport vehicle, a measurement management system of airport baggage transport vehicle based on ZigBee-WLAN/Ethernet hybrid network is designed, and the overall design of the system is completed. Equipment selection and hardware design, software flow design. Then, for the ZigBee-WLAN/Ethernet hybrid network, an improved routing protocol based on LEACH-M is proposed to optimize the network transmission. Based on this algorithm, the transmission flow and data packet format in accordance with the ZigBee protocol are designed. Finally, the network simulation test, metrological algorithm realization and system function test of the research content are given, and the server software design is completed under the B / S architecture. The test results show that the data transmission of the system is stable, the packet loss rate is small, and the man-machine interface is good. The system can accurately collect the sensor information of the baggage transfer vehicle and transmit it to the ground monitoring center stably. It provides an automatic, convenient and accurate metering management method for the airlines and airports. It has certain practicability and reference value.
【学位授予单位】：中国民航大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：V354;TP311.52

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