基于GPS的车辆运行状态远程监控系统研究
发布时间:2018-03-02 14:15
本文选题:GPS 切入点:中联智通 出处:《吉林大学》2013年硕士论文 论文类型:学位论文
【摘要】:近年来,客车运输企业对安全运营、油耗成本、事故界定等缺乏一定的科学手段,,无法对所出现的一系列问题做出准确而科学地处理,造成了一些不必要地浪费及管理的无序化;中通客车作为国内客车行业的龙头之一,其竞争优势的源泉是不断创造具有质量、服务和成本综合优势的产品;根据客运行业的现状及自身产品监管体系发展,中通客车开发了中联智通运营管理系统,此系统的面世,能在一定程度上提升客运行业的经济性和管理性,并且对整个交通行业的指导提供支持。 中通客车控股股份有限公司是客车行业最早的上市公司之一,拥有大中型客车及新能源客车的生产能力,现行业排名稳居第四位。本论文作者是一位具有十年电器专业设计经验的工程师,对于本系统有一定的深入研究,本系统是结合本公司的实际情况以及市场现状共同考虑而开发的,它将有助于本公司对所生产的车辆统一管理及后期的售后服务,再有对终端客户也能对自己的车辆运行状态有一个清晰的了解,同时,本系统还兼有对国家车联网系统兼容的功能,具有一定的社会意义。 本系统包括车载终端及车辆监控平台两部分,主要研究和工作内容如下: 1、车辆监控系统的几个关键技术,包括GPS、GPRS、WCDMA等技术; 2.对车辆监控系统做总体性的设计,将车载终端、通讯方式、监控平台等做统筹考虑,组建适合中通客车产品发展及更好地服务于客户的系统; 3.对车载终端及监控平台分别进行研究: (1)车载终端的研究。研究车载终端所需的硬件系统和软件系统; (2)车辆监控平台的研究。研究监控平台所体现的功能、系统接口描述、业务流程的构建形式等。 4.通过实车安装,并在监控平台上演示反映出此监控系统所达到地作用,为中通客车构建起一套客车产品管理网络,真正能帮助终端客户及中通客车地长久发展。
[Abstract]:In recent years, passenger transport enterprise of safe operation, fuel cost, accident definition and lack of scientific methods, can not make a correct and scientific treatment of a series of problems, caused by the disorder of some unnecessary waste and management; the bus pass as one of the leading domestic bus industry, its competition the advantage is the source of creation has the quality, service and cost of the product; according to the current situation of passenger transport industry and its products supervision system development, Zhongtong bus developed in smart management system, this system is available, can enhance the passenger transport industry to a certain extent, economy and management, and for the whole traffic the guidance of industry support.
Zhongtong bus Cmi Holdings Ltd is one of the bus industry's first listed company, owned large and medium-sized passenger cars and new energy bus production capacity, the industry ranked fourth. The author is a design with ten years experience in electrical engineers, there is a further research for this system, this system is combined with the company the actual situation and the market situation to consider jointly developed, it will help the company to unified vehicle management and post production services to the customer service, and terminal customers can have a clear understanding of the running state of the vehicle itself at the same time, the system also has the compatibility of the national car networking system the function, has certain social significance.
The system includes two parts of the vehicle terminal and the vehicle monitoring platform. The main research and work contents are as follows:
1, several key technologies of the vehicle monitoring system, including GPS, GPRS, WCDMA and so on.
2., make overall design of vehicle monitoring system, make overall consideration of vehicle terminal, communication mode, monitoring platform and so on, set up a system suitable for transit bus product development and better serve customers.
3. the research on vehicle terminal and monitoring platform is carried out respectively.
(1) research on vehicle terminal. Research on hardware and software system of vehicle terminal.
(2) research on the vehicle monitoring platform. The function of the monitoring platform, the description of the system interface, the form of the construction of the business process, etc.
4., through real vehicle installation and demonstration on the monitoring platform, it reflects the role of the monitoring system, and constructs a bus product management network for Zhong Tong bus, which can really help end customers and Zhong Tong buses to develop for a long time.
【学位授予单位】:吉林大学
【学位级别】:硕士
【学位授予年份】:2013
【分类号】:U495;P228.4
【参考文献】
相关期刊论文 前10条
1 张洪欣 ,吕英华;电磁信息泄漏技术及其发展[J];安全与电磁兼容;2004年06期
2 冯跃强,王彬,蔡伯根;GPS/GLONASS组合定位导航技术的测试[J];北京交通大学学报;2005年02期
3 翟战强,蔡少华;基于GPRS/GPS/GIS的车辆导航与监控系统[J];测绘通报;2004年02期
4 孔明,艾树峰,杜辉;基于TCP/IP的嵌入式WebServer网络测控系统设计[J];电讯技术;2005年05期
5 张笑语;李立新;;基于移动Agent的分布式资源分配策略[J];电子科技大学学报;2007年S3期
6 宋智,张华,车仁信;基于IP多播的数字视频监控系统网络体系[J];大连铁道学院学报;2005年03期
7 易福生;齐德昱;;移动定位与GPS定位相结合的实时车辆定位系统研究[J];佛山科学技术学院学报(自然科学版);2005年04期
8 牛长锋,张凯;基于ARM的嵌入式Linux系统异常和中断的实现及优化[J];计算机应用;2003年S2期
9 李承恕;移动通信网概要[J];数据通信;2000年01期
10 李伟国,李玉宽,赵德鹏;利用PPP协议进行网络互联的具体实现[J];铁路计算机应用;1999年02期
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