Mitigating Inter-Satellite Interference in Ultra-Dense LEO Networks

To effectively mitigate inter-satellite interference in an ultra-dense LEO satellite network, several physical factors must be considered. Rational design of the constellation structure, adjusting beam angle, beam width, and signal power are key factors that significantly impact interference levels. Analyzing the influence of each factor allows for the system to fully utilize spectrum resources during operation, improve system SINR, and achieve communication performance with larger capacity and lower latency. Understanding these key factors is crucial for optimizing the system and achieving efficient communication in ultra-dense LEO satellite networks.