摘要
论文介绍基于STM32和改进模糊控制算法的舰船玻璃去雾系统。该系统由PC机和STM32单片机通过RS-485串行通信组成主从式结构,以船舶玻璃发热源为被控对象,实时监测和采集驾驶舱内露点温度、船舶玻璃温度,经过改进模糊控制算法对监测和采集参数运算之后,可以调节船舶玻璃发热源的工作状态,从而控制船舶玻璃温度,避免在各种冷湿环境下船舶航行时玻璃起雾、结霜,提高航行安全性。该系统具有相应速度快、节能减耗等特点。
this paper introduces a ship glass defogging system based on STM32 singlechip and improved fuzzy logic control. This system consists of PC and STM32, form a master-slave structure by RS-485 serial communication protocol. It uses ship glass heat source as controlled object, monitors and gathers dew point temperature in cockpit and temperature of ship glass. Calculated by improved fuzzy logic control algorithm, the arguments are used to regulate the state of ship glass heat source to avoid fogging or frosting when sailing in various cold wet environments, enhancing the navigation security. This system has advantages including rapid response, energy-saving and cost-reducing.
出处
《工程建设与设计》
2016年第8期19-22,共4页
Construction & Design for Engineering
关键词
STM32
模糊控制
船舶去雾
露点温度
STM32
fuzzy logic control
ship defogging
dew point temperature
