基于C8051F130公交车载移动支付装置的设计与开发
发布时间：2018-11-20 15:28
【摘要】：作为“金卡工程”的重要组成部分,公交车载移动支付系统有着显著的社会效益和经济效益。公交车载移动支付系统从根本上杜绝了假币残币,节省了公交公司对于售票员费用的支出,提高了乘客上车的速度,缩短了公交停靠时间,提高了公交的运行效率,方便了市民的出行。目前市场上的公交车载支付装置尚存在一些不足,主要表现在车载支付装置校时、内部黑名单更新、车载支付装置存储消费数据的提取都需要人工来完成。这不仅增加了公交公司的人工成本,而且严重影响了消费数据上传的实时性。基于上述分析,本文研究开发了一种基于C8051F130公交车载移动支付装置。该支付装置能够通过GPRS无线通信的方式实现校时、实时传输数据、下载黑名单等功能。本文首先详细介绍了支付装置的实际需求与工作原理,设计开发了装置的硬件电路。其次根据仿真分析与实际测试,给出了13.56M频射及RC531读写卡芯片天线匹配电路和读卡天线电路的具体设计。最后给出了支付装置的整体软件流程和重要部分软件流程图及异常问题的处理方法。本文对移动车载支付装置的相关内容进行了比较深入的研究和分析,所得出的一些成果能够为下一代支付装置的开发提供一定的帮助。
[Abstract]:As an important part of Gold Card Project, the mobile payment system on bus has remarkable social and economic benefits. The bus carrying mobile payment system has fundamentally eliminated the counterfeit coins, saved the expense of the bus company for the conductor's expenses, improved the speed of passengers boarding, shortened the bus stop time, and improved the operation efficiency of the public transport. It is convenient for citizens to travel. At present, there are still some shortcomings in the on-board bus payment device, mainly in the on-board payment device school, the internal blacklist update, the on-board payment device storage and consumption data extraction all need to be completed manually. This not only increases the labor cost of bus companies, but also seriously affects the real-time consumption data upload. Based on the above analysis, a mobile payment device based on C8051F130 is developed. The device can transmit data in real time and download blacklist by GPRS wireless communication. In this paper, the actual demand and working principle of the payment device are introduced in detail, and the hardware circuit of the device is designed and developed. Secondly, according to the simulation analysis and actual test, the antenna matching circuit and card reading antenna circuit of 13.56M frequency shooting and RC531 read-write card chip are designed. Finally, the whole software flow chart of the payment device, the flow chart of the important part of the software and the method to deal with the abnormal problem are given. In this paper, the related contents of mobile on-board payment devices are studied and analyzed in depth, and some of the results obtained can provide some help for the development of the next generation payment devices.
【学位授予单位】：黑龙江大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：U495
本文编号：2345271
[Abstract]:As an important part of Gold Card Project, the mobile payment system on bus has remarkable social and economic benefits. The bus carrying mobile payment system has fundamentally eliminated the counterfeit coins, saved the expense of the bus company for the conductor's expenses, improved the speed of passengers boarding, shortened the bus stop time, and improved the operation efficiency of the public transport. It is convenient for citizens to travel. At present, there are still some shortcomings in the on-board bus payment device, mainly in the on-board payment device school, the internal blacklist update, the on-board payment device storage and consumption data extraction all need to be completed manually. This not only increases the labor cost of bus companies, but also seriously affects the real-time consumption data upload. Based on the above analysis, a mobile payment device based on C8051F130 is developed. The device can transmit data in real time and download blacklist by GPRS wireless communication. In this paper, the actual demand and working principle of the payment device are introduced in detail, and the hardware circuit of the device is designed and developed. Secondly, according to the simulation analysis and actual test, the antenna matching circuit and card reading antenna circuit of 13.56M frequency shooting and RC531 read-write card chip are designed. Finally, the whole software flow chart of the payment device, the flow chart of the important part of the software and the method to deal with the abnormal problem are given. In this paper, the related contents of mobile on-board payment devices are studied and analyzed in depth, and some of the results obtained can provide some help for the development of the next generation payment devices.
【学位授予单位】：黑龙江大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：U495
【参考文献】
相关期刊论文 前1条
1 李进;李常敏;李学迁;;上海世博会智能服务支持系统研究[J];物流科技;2009年04期
，本文编号：2345271
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