微型电脑应用

为了解决高校仪器设备品种多、数量大和存放地点分散导致管理难度大、效率不高的问题,设计并实现了高校仪器设备管理系统。系统利用RFID非接触扫描自动识别技术结合蓝牙模块实现Android移动设备与RMU900+工程读写器之间数据的发送与接收,并能快速对数据进行解析。同时利用PHP技术与MySQL数据库搭建后台服务器实现与前端移动设备的高效数据交互。测试结果表明,该系统成本较低、操作简单、安全可靠,能够在一定程度解决高校仪器设备管理的短板问题。

This university instrument equipment management system was designed and implemented to solve the problems of great difficulty and low efficiency in management of university instrument equipment due to its great variety,large quantity and disperse storage places.The system uses the RFID to automatically identify instruments as well as its Bluetooth module to realize the data sending and receiving between Android mobile devices and RMU900+ engineering reader,and quickly parse the data.At the same time,the PHP technology and MySQL database are adopted to build a backend server to implement efficient data interactions with the front-end mobile devices.The test results show that this system features low costs,simple operation,sufficient safety and excellent reliability,can solve the"short-board"problems of the instrument equipment management in colleges and universities to a certain extent.