THREE-BODY PROBLEM: MATHEMATICAL APPROACH TO SIGNAL TRANSMISSION BETWEEN EARTH AND MOON VIA ARTIFICIAL SATELLITE Safarmatov Uchqun Sohibjon o‘g‘li

Abstract

This paper presents a mathematical model of the process of
information transmission between Earth, the Moon, and an artificial satellite. The
three-body problem, which is of significant importance in space exploration and
communication systems, examines the dynamics and mutual interaction of these
bodies. The paper outlines the theoretical foundations of the equations of motion and
orbital mechanics, as well as the methods for calculating the parameters of the signal
(frequency, delay, interruption) transmitted via the artificial satellite. Numerical
simulation methods are applied to model orbital positions and study the efficiency of
signal transmission. These findings will contribute to the future development of
telecommunication systems and enhance the effectiveness of space communications.