At schools, students' health and safety always attract attention of the schools and parents. Monitoring and query for students' health and safety information are strongly needed.
To meet these requirements, Huawei offers the Student Health and Safety Internet of Things (IoT) Solution. This solution allows schools and parents to monitor and query health and safety information about students, including the time when they enter and leave schools.
As shown in Figure 1, the network architecture consists of the terminal layer, access layer, network layer, and application layer.
Terminal layer
Student wristbands are deployed at this layer.
Access layer
IoT APs and radio frequency identification (RFID) cards built in the IoT APs are deployed at this layer.
Network layer
Network devices such as ACs and switches are deployed at this layer.
Application layer
A server is deployed at this layer for managing student health and safety information (server for short).
Device |
Function |
Vendor |
---|---|---|
AP |
Provides slots for RFID cards to connect to the WLAN. |
Huawei Only the AP4050DN-E and AP7052DN can be used. |
AC |
Manages APs, delivers configurations to them, and works together with them. |
Huawei |
Switch | It is used to build a networking structure and forward packet data on the network. |
Huawei |
RFID card | Receives health data and information from student wristbands and reports the data to the server. | Telpo |
Student wristband | Collects, records, and reports health and safety data and information about students, including the time when they enter and leave schools. | Telpo |
Server | Parses and processes data and information reported from student wristbands, and sends the parsed data to a health platform. | Telpo |