Comparative Analysis on the Resource Allocations for Interference-limited LEO Satellite Systems

This paper delves into an analysis of the performance of a resource allocation scheme that harnesses beam-hopping technology within a low Earth orbit (LEO) satellite system, all within the confines of an interference-limited scenario. The primary concern lies in ensuring that the operation of the LEO system does not inadvertently trigger radio interference with the geostationary Earth orbit (GEO) satellite network, particularly when both systems share the same frequency band. Given the intricate interplay of multiple system parameters, this paper not only presents simulation outcomes contingent on varying separation distances and antenna gain characteristics but also offers a comprehensive analysis of these results. Beyond the present investigation, the paper also highlights potential avenues for future studies in this realm.