基于STM32的智能鞋控制系统的设计与试验

he temperature control system of existing electric heating shoe adopts the traditional PID control algorithm. Due to its low precision of temperature and humidity control, it cannot meet the customers' requirements for shoes comfort. In our study, the fuzzy PID control algorithm is utilized in temperature and humidity control system for smart shoes taking STM32 Micro Control Unit (MCU) as the core processor. The prototype is developed to do simulation and experiments. The results show that the fuzzy PID control algorithm, compared with traditional PID algorithm, has a stronger adaptability with simpler parameter tuning process. Its dynamic response ability and system stability are also improved. The design can meet the requirements of customers for setting temperature and humidity of the smart shoes. It's intelligent and safe, which leads to better application prospect and larger market value.