Design And Implementation Of RFID-based University Laboratory Management System

The traditional university laboratory management system is confused in management,prone to error, ineffective in device management due to manual operation, so it is difficultto carry out laboratory research and teaching. With the increase in number of universityteachers and students, the traditional lab management is unable to meet the needs ofcarrying out emerging scientific experiments. In response to the calls of "smart campus" inChina, universities have bought large equipment and built a lot of computer rooms,electronic or physics laboratories. As laboratory equipment needs to be controlled andlaboratory classes need to be arranged, then how to manage new type of universitylaboratories has become a serious problem.As the most commonly used networking communications technology, radio frequencyidentification is an application technology that has promising future. The technology haspermeated into every aspect of people’s lives as well as industry, agriculture and otherareas relying on its own advantages, and has brought convenience to people’s lives.An introduction is made in this paper of the background and significance of thesubject as well as the research status of the Internet of Things, and then a detaileddescription of related technology of the Internet of Things and the development ofuniversity laboratories are made, then an analysis is made of the actual demand of theuniversity laboratory management respectively from the perspectives of user, systemfunctions and system performance, the necessity of improvements on traditionalmanagement systems and the advantages of the improved system are elaborated. Featuresof RFID technology is adopted to build university laboratory management system based onRFID technology. The system is designed and realized according to system requirementsand overall system architecture.With the design and implementation of RFID-based university laboratory management system, the efficiency of laboratory management is enhanced, labor intensityof laboratory personnel is reduced, real time monitoring of experimental teaching processfor teachers and students and the experimental environment are improved,informationization, intelligence and automation of laboratory management are furtherrealized.The proposal of design solutions to RFID technology application models makes theuniversity laboratory one step closer to the intelligent management; we believe it canprovide some reference for the colleges to carry out study on intelligence campus.Opportunities and challenges coexist. From a technical point of view, during the specificimplementation process of the subject, many problems should be considered and solved,such as the development of uniform standards, compatibility of the new system withconventional technologies, etc. The resolution of these problems is related to the perfectionof system model, which will be the focal point of our further work.