基于STM32芯片的图书馆座位监测系统

Library Seat Monitoring System Based on STM32

摘要: 目前图书馆安静的学习环境越来越受大学生的欢迎，但图书馆的座位相对紧缺的事实使得图书馆的占座现象日益严重。针对上述现象，本文设计了一款基于STM32芯片的图书馆座位监测系统，不同于市面上常见的使用图像识别来监测座位或使用图书馆门禁控制等模式，该系统使用红外传感器检测图书馆的座位使用情况，并将信息传送至上位系统，以实现图书馆座位的监测。

Abstract: At present, the quiet study environment of the library is more and more popular among college students, but the fact that the seats in the library are relatively scarce makes the phenomenon of seat occupancy in the library more and more serious. In view of the above phenomenon, this paper designs a library seat monitoring system based on STM32 chip. Different from the common modes in the market that use image recognition to monitor seats or use library access control, the system uses infrared sensors to detect the use of library seats, and transmits the information to the supreme position system to realize the monitoring of library seats.