Meteorological Data Transmission Management System Based on Multi-source Satellite Data

With the rapid development of China’s meteorological industry, the construction of the meteorological data transmission management system is also increasingly perfect, and higher requirements are put forward for the real-time, accuracy and reliability of the data. The meteorological information center is an important hub for the transmission and storage of regional meteorological data, and its task is to ensure the transmission of meteorological data. However, the current meteorological data transmission and monitoring system has some problems, such as poor comprehensive monitoring ability, decentralized business, low security efficiency, and poor fault analysis ability. Multi-source satellite data can combine multiple detection methods such as multiple time phases, multiple angles, and multiple spectral bands to improve the accuracy and robustness of meteorological data collection. Therefore, this paper aims to study and design a meteorological data transmission management system based on multi-source satellite data.In this paper, the design of meteorological data transmission management system based on multi-source satellite data is proposed, the specific modules of the system are described in detail and the functions are explained, and the association rules are mainly applied in the alarm association to link the relevant data in the meteorological data to predict the future data meteorology. The experimental results in this paper show that when the meteorological data is 50 frames, the data transmission success rate of the system under the 10M document is 98%, and the data transmission success rate of the system under the 100M document is 93%. When the meteorological data is 300 frames, the data transmission success rate of the system under the 10M document is 96%, and the data transmission success rate of the system under the 100M document is 97%. It can be seen that the data transmission success rate of the system designed in this paper is very high.