Application of generalized zones method for analysis and projecting of satellite communication systems

Abstract

Principle propositions of generalized zones method for satellite communication Systems analysis are revied. The results of calculations for satellite communication systems with low and high circular orbits as well as with elliptic and geostationary orbits are presented. Some versions of application of method for projecting of communication systems are described citing an example of solving problems of ground - based stations dislocation, devising of antenna systems with a complex electric field pattern and planning seance of communication.