Campus Intelligent Safety Supervision System Based on RFID

Abstract

Abstract-In this paper, for the problem of the security of students in primary and secondary schools, we propose a campus intelligent safety supervision system based on RFID technology. Through the use of RFID technology for non-contact automatic recognition features, the system achieves the goal of supervising the school gate, classroom, danger zone entrance and other places in the primary and secondary schools. Then the information of the acquisition is classified, compared, displayed, alarm, etc. The information is automatically acquired and transmitted in real time, which makes the supervision and management of the school more intelligent. Compared with the existing campus management system, the system can be more accurate access to information in real-time, improve the convenience and effectiveness of safety management, and realize the intelligent supervision and management of the students in primary and secondary schools.Keywords!RFID, smart. Safety, supervision system IntroductionAt present, the application of contact smart card in the campus management is quite mature. In general, people offer for operation with card, but if there are more people to waiting in line, the process will waste a lot of time, and information identification is relatively slow [1]. Students usually need to get the attendance information by name. If there are more students in the class, the attendance takes up a lot of class times between teachers and students. In addition, the teaching attendance of teacher is basically carried out by inspection of school administrators, which result in the waste of manpower. Contact smart card can not timely obtain the distribution of students on campus, and also not avoid some incidents, such as fighting, skipping class. etc. Therefore, a smart campus safety supervision system based on RFID technology is proposed to supervise the all situation [2,3].With the rapid development of hardware and software technology and the strong support of national policies, Harry K. H. Chow etc. studied the application of RFID in logistics management and transportation [4,5], which not only facilitates the management of goods, but also saves a lot of manpower. Luo chunbin and Yi Bin analyzed the applications and advantages of RFID in traffic and anti-counterfeiting [6]. In 152

DeepClassRooms: a deep learning based digital twin framework for on-campus class rooms

“…At the same time, the final summary of class monitoring is being stored at the cloud storage. RFID or related sensors are widely used for attendance and academic monitoring, payment, animal tagging, postal tracking, airline baggage reconciliation, road toll management, control track manufacturing systems [6], collecting museum visitor behavior [7,8], campus intelligent security system [8,9], etc. Another part of this framework is content monitoring.…”

Integrating Big Data Intelligence into K-12 Schools Campus Safety Management

“…Miao Xuanyan conducted research on the content, methods, and applications of smart campus construction in middle schools (Master's thesis at Nanjing University, 2019) [5] . Chen Ning et al conducted research on a Campus Intelligent Safety Supervision System Based on RFID (International Journal of Online Engineering, 2017(11)) [6] .Zeng Feiyun conducted research on the status quo, existing problems, and countermeasures of "smart campus" construction in K-12 schools in Shenzhen (Master's thesis at Shenzhen University, 2017) [7] . Ren Xiaoqian analyzed, designed, and implemented security monitoring systems for K-12 schools (Master's thesis at Ocean University of China, 2014) [8] [9] .…”

Safety Traceability System of Characteristic Food Based on RFID and EPC Internet of Things

“…RFID technology compared with other automatic identification technology has its own unique properties and advantages, it is in the material tracking, vehicle and cargo identification requirements such as non-contact data acquisition, information exchange and storage applications has broad prospects for development [7][8]. Therefore, this article uses the RFID technology to carry on the life cycle data collection of the characteristic food, and designs the RFID label EPC coding rule for "Old Godmother Flavor Food" [9][10].…”