基于rfid的计时器系统的设计与实现

Yu-jun Guo, Jiren Xu, Weilu Wu, Jiang Yuepei, Dongsheng Wu, Xiaolan Zhao
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引用次数: 0

摘要

本文结合c#编程、RFID技术和数据库技术,设计了一套中长跑自动计时系统软件。该系统由考生信息管理、RFID卡读取与管理、自动定时处理、数据统计分析等多个子系统组成。可以实现佩戴RFID卡的考生的识别、读取和自动计时,并将计时数据上传到数据库中保存导出,获取考生的考试成绩,实现自动化。与人工定时相比,可节省大量人力物力;与一般地毯式天线自动定时相比,设备更简单,成本更低。而且,测试结果的误差也能在要求的范围内,能满足中长跑的基本测试要求,适合军队体能测试和高校中长跑训练。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Implementation of RFID-Based Chronometer System
This paper combines C# programming, RFID technology and database technology to design a set of automatic timing system for middle and long distance running software. The system is composed of many subsystems, such as information management of test students, reading and management of RFID card, automatic timing processing and statistical analysis data. It can realize the identification, reading and automatic timing of the test students who wear RFID card, and upload the timing data to the database to save and export, and get the test results of the students, realizing automation. Compared with manual timing, can save a lot of manpower and material resources; Compared with the general carpet antenna automatic timing, the equipment is simpler and the cost is lower. Moreover, the error of the test results can also be within a required range, which can meet the basic test requirements of middle and long-distance running, and is suitable for military physical fitness testing and training of middle and long-distance running in colleges and universities.
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