北京理工大学珠海学院 2020 届本科生毕业设计智能实验室管理系统的设计——智能电源控制系统的设计智能实验室管理系统的设计--智能电源控制系统的设计摘 要紧跟人才市场的需求，各大高校日益注重实践教学，培养创新型、实用型人才。其中实验室作为培养学生动手能力的场所，在教学过程中扮演着重要的角色。为了更高效率地配合教学，摆脱传统实验室繁琐混乱的管理模式，本文将从实验室的电源改造开始，进行实验室智能电源控制系统的设计。本次设计选择 STM32 系列单片机为主控制器。以机智云为云服务平台，手机 APP 为客户端，基于 WIFI 模块与云服务平台进行通信，构建物联网。实现实验室各个电源开关的远程控制。运用 RFID 技术，配合校园卡，只有刷卡验证通过，给设备上电的插座才能通电。实现刷卡取电和记录使用者的信息。关键词：STM32； WIFI 模块；远程控制；RFID 技术； 北京理工大学珠海学院 2020 届本科生毕业设计Design of Intelligent Laboratory Management System--Design of Intelligent Power Supply Control SystemAbstractKeeping up with the demands of the talent market, major universities are increasingly focusing on practical teaching, to train innovative, practical talents. Among them, the laboratory as a place to train students hands-on ability, as an important role in the teaching process. In order to cooperate with teaching more efficiently and get rid of the tedious and chaotic management mode of the traditional laboratory, this paper will start with the power supply transformation of the laboratory and design the laboratory intelligent power supply control system.This design chooses the STM32 series single chip microcomputer as the main controller. With Gizwits as the cloud service platform, and the mobile APP as the client, communication with cloud service platform based on WIFI module , build the Internet of Things. Realize the remote control of each power switch in the laboratory. Using the RFID technology and the campus card, the socket that...
