Design of intelligent electrical appliance recognition experimental teaching system based on STM32
Embedded system experimental teaching is an important way to cultivate students' comprehensive design and innovation abilities in the field of robotics engineering.However,traditional experimental platforms focus on the basic functions of the STM32 chip,with verification experiments as the main focus,which leads to a lack of training for students in the comprehensive design ability of embedded systems.In response to this situation,a set of embedded based intelligent electrical appliance recognition experimental systems has been designed.The main control unit of this system combines electrical parameter acquisition unit,overcurrent protection unit,power supply unit,button unit,wireless transmission unit,and display unit to achieve functions such as energy metering,identification of in use electrical appliances,and monitoring of electrical appliance status.The experimental teaching effect shows that the use of an embedded intelligent appliance recognition experimental system deepens students' understanding of embedded system applications,improves their innovation and comprehensive design abilities,and has reference value for experimental teaching of related courses in other electrical majors.
experimental teachingexperimental systemelectrical identificationembedded system