Implementation of RFID-based Lab Inventory System

Vishrut Chokshi, Mit K. Shah, Param Mehta, Malhar Vairale, Saurabh Mehta, K. Talele
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Abstract

Radio Frequency Identification (RFID) is one of the enabling technologies for IoT. RFID is a computerizing recognition process field that has steadily gained momentum in recent years. It is now being recognized as a technique to improve data handling processes, complementing other data capture technologies in many ways. Numerous devices and accompanying systems have been created to meet a wide range of applications. Given its effectiveness and affordability, short-range surveillance and monitoring can benefit greatly from RFID technology. This paper aims to show an example of how RFID technology can be used as an inventory management tool in university labs where a large number of equipment is a challenge that faculty have to face every day. The developed system allows students to virtually see which labs are present in the university and the equipment present in them. Secondly, they can apply for usage of a particular piece of equipment between a time slot, and it can be authenticated by that RFID tag present next to computerizing recognition process field that has been scanned before usage.
基于rfid的实验室库存系统的实现
射频识别(RFID)是物联网的使能技术之一。RFID是近年来稳步发展的计算机化识别过程领域。它现在被认为是一种改进数据处理过程的技术,在许多方面补充了其他数据捕获技术。为了满足广泛的应用,已经创建了许多设备和配套系统。鉴于其有效性和可负担性,RFID技术可以极大地受益于短程监视和监控。本文旨在展示RFID技术如何在大学实验室中用作库存管理工具的示例,在大学实验室中,大量设备是教师每天必须面对的挑战。开发的系统可以让学生虚拟地看到大学里有哪些实验室和实验室里的设备。其次,他们可以在一个时间段内申请使用特定的设备,并且可以通过在使用前扫描的计算机识别过程字段旁边的RFID标签进行认证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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