Meteorological Message Information Satellite Communication Transmission Model

This study addresses the urgent transmission of meteorological messages in the event of terrestrial communication system failures, by constructing a bipartite graph prediction model to explore effective methods for sharing meteorological message information between main stations within a limited time frame. Initially, the study established a model that effectively predicts and optimizes the scheme for transmitting meteorological messages between N main stations within K minutes. Furthermore, in response to the high reliability requirement of ensuring successful transmission from at least one substation, this research proposed and validated transmission models under three scenarios of main station reception: no messages received, one message received, and two messages received. Additionally, the study enhanced the model's predictive accuracy and practicality across various scenarios through the use of weighted average and binomial distribution methods. Overall, this research provides a theoretical foundation and practical solutions for the rapid and accurate transmission of meteorological messages under extreme conditions, significantly enhancing the efficiency and reliability of meteorological information transmission.