Research on Architecture of Local Domain Application Based on Radio Frequency Identification

Abstract

Along with the speedy improvement of sensing systems, wireless transmission technology, and faster and faster chip, the scope of application of the Internet of things (IoT) has substantially and rapidly increased, and research and innovation that integrate artificial intelligence. At same time, campus application construction as the foundation of intelligence education is being on the march, which demands newly emerging computer technologies support, such as IoT, AI, Big data and so on. In this study, we provide an architecture of smart campus based on Radio Frequency Identification (RFID) which can offer new solutions to solve some problems such as position, identification, store information and so on because of its strong anti-interference capability and non-intrusiveness, as core technology of IoT. Then based on this architecture, a kind of intelligent campus application system scheme is proposed, which can realize the function of automatic identity recognition, book reading, internal consumption, student positions. Moreover, for some special exact location demands, this paper proposes a method to precisely measure RFID tag location based on triangulation principle, which is embedded in the architecture. The application of Internet of things technology can better promote some origination or company efficiency, such as more efficient service for teachers' and students' work, study and life.