AI-Driven Optimization of Satellite Networks

Abstract

In 2010, Artificial Intelligence (AI) achieved a significant breakthrough, and the technological advancement in the sector became a widespread societal expectation. The AI surge in China was driven by market demand and state legislation. Since the onset of the 21st century, the information superhighway has swiftly developed, with communication technology, particularly satellite communication, becoming more vital to the nation's economic advancement. Moreover, geophysics within earth sciences has achieved significant advancements in both theory and practice, providing extensive application value for societal growth. Numerous intersections exist between the domains of communication engineering and machine learning. Geoscience necessitates rigorous standards for intricate, dynamic, diverse, and multimodal data, and the integration of big data analysis with artificial intelligence is a focus of considerable scholarly investigation. This paper presents the application of two technical domains of artificial intelligence in satellite communications and geophysics, examining the influence of computer technology on research in these fields and anticipating future collaborative trends among the three areas