As a modern
school, the management of students and the level of informatization
development of the school itself have become an important factor in
measuring the overall development level of a school, and it is also the
embodiment of the school image.
The 2.4G "safe campus" system for campus access management based on RFID radio technology is developed. The accessibility attendance scheme adopts the data interaction method of remote sensing card reading. By carrying a customized electronic tag (electronic student ID), students will activate the UHF RFID reader deployed inside and outside the school, and send data to the server. The reader will read the message and send it to the server. Judging, the system starts the SMS platform and sends a secure SMS.
Due
to the large number of students entering and leaving the school at the
peak period and the existence of certain occlusions, the electronic tags
are concentrated and the readers have certain read conflicts. However,
after the trigger mechanism is added, when the tag is not in the trigger
zone, the tag does not transmit 2.4G, which greatly reduces the number
of concurrent tags, enhances anti-collision, and improves the ability of
the industrial RFID reader.
The simple 2.45G technology realizes accurate label entry and exit judgment, and the channel management has certain difficulties. Combined with the excitation technology, through the two independent excitation zones inside and outside the school gate, the direction of the label can be clearly determined. When the ground exciter triggers the tag, it will send its ID to the tag, and then pass the information to the remote RFID reader through 2.4G.
The 2.4G "safe campus" system for campus access management based on RFID radio technology is developed. The accessibility attendance scheme adopts the data interaction method of remote sensing card reading. By carrying a customized electronic tag (electronic student ID), students will activate the UHF RFID reader deployed inside and outside the school, and send data to the server. The reader will read the message and send it to the server. Judging, the system starts the SMS platform and sends a secure SMS.
The simple 2.45G technology realizes accurate label entry and exit judgment, and the channel management has certain difficulties. Combined with the excitation technology, through the two independent excitation zones inside and outside the school gate, the direction of the label can be clearly determined. When the ground exciter triggers the tag, it will send its ID to the tag, and then pass the information to the remote RFID reader through 2.4G.
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