Automatic Weather Monitoring System Control Software Design

It is more and more obvious that meteorological information plays an important role in daily life and affects every aspect of human beings' life and industry production. There are various means to gain meteorological information. With the development of sensor technology, embedded technology and integrated circuit technology, thank for the small size, low power consumption, stable performance, easily maintenance features, automatic meteorological monitoring system has become more and more widely used in the collection of weather information.In this paper, after a full investigation of the embedded technology and MEMS sensor technology, the smart meteorological monitoring system has been designed. The hardware part, including the type selection and interface design, core selection, hardware interface design, is designed based on embedded technology and sensor technology. The modular design principle was adopted the software part. Due to it divides every different function of every software, the software parts become easier to maintain and able to cut. The software design includes the sensor driver, data collection procedures, terminal command handler, meteorological data display module and operating systems. According to testing result, this meteorological monitoring system is able to collect, store, express and transmit weather element including weather temperature, humidity, barometric pressure, wind speed, wind direction, precipitation, etc. Meanwhile, the meteorological monitoring system can be applied to a variety of weather monitoring environment, due to its intelligence, high precision, small size, and stable performance, etc.An automatic meteorological monitoring system is designed in this paper based on the latest computer technology, MEMS sensor technology, integrated circuit technology and software technology, which has a great significance in promoting the development of meteorological industry and related industries requiring accurate meteorological information. Meanwhile, it was also very important for human, daily life, industry development and aerospace industry to achieve the efficient collection and transmission of meteorological information.