A Novel Method for Analysis of Synchronization of GPS and Geosynchronous
Satellite Signals Using Solar Braking and Intrinsic Velocity Rectification

Maurya Avadhesh Kumar1, Maurya Vishwa Nath2, Singh R.K3
Page No. 17-24

Present paper envisages an efficient method for synchronization of GPS and
geosynchronous satellite signal s with Earth using solar braking. A transformation i n the velocity
of an inertial frame can account for relativistic shifts in the timing of events, termed ‘intrinsic
velocity’. Here, the synchronization of GPS and geosynchronous satellite signals has been
analyzed by rectifying the intrinsic velocity. To serve our proposed aim in this paper, the
relativistic Lorentz transformation has been applied. In its several sections, the first section
focuses to summarize work done by previous researchers in a little attempt. Second section of the
paper presents terminology and notations used under analysis. The methodology employed to
analyze the synchronization of GPS and geosynchronous satellite signals h a v e been
demonstrated in third section. Moreover, descriptions of the global positioning and
geosynchronous satellites have been presented in sub- sections 3.1 and 3.2 respectively. However,
significant results have been found and discussed in the fourth section. Finally, conclusive analysis
based on observations has been done exhaustively in the fifth section.
Keywords: Synchronization, GPS and geosynchronous satellite signals, Lorentz factor,
relativistic Lorentz transformation, intrinsic velocity, coordinate speed, coordinate time, and
coordinate velocity, solar braking