Stages of Structural and Parametric Synthesis of Low Earth Orbit Communication Systems with Broadband Inter-Satellite Links

The paper discusses the scientific rationale for the structural and parametric synthesis of low Earth orbit communication systems (LEOCSs) with broadband inter-satellite links (ISLs) and on-board data routing, principles and stages underlying data routing on board satellites and the construction of reliable and broadband inter-satellite links. The aim of the study is to specify a structural and parametric synthesis of low-orbital communication systems with broadband inter-satellite links. The object of the study is the constellation of satellites in low-altitude orbits with on-board data routing. The subject of study is the process of synthesis of the structure of the corresponding low-orbital system. The methodology of the study includes mathematical apparatus of queuing systems, used as part of the system analysis toolkit. The scientific significance of the research lies in the development of principles and methods that enable structural and parametric analysis and the development of promising satellite communication systems. Additionally, the research involves the modeling of the behavior of low-orbit communication systems with broadband inter-satellite links and the assessment of their effectiveness. The practical significance of the research is to provide a list of tasks for the creation of domestic satellite constellations that provide personal subscriber communications with data transmission from subscriber to subscriber without intermediate signal landing.