The time scale synchronization algorithms and its implementation in meteor-burst channel case

The main purpose of this work is to improve synchronization algorithms and to refine the processing of measurement results. This is necessary to improve the parameters of existing synchronization systems and for development of new ones. Some interesting results were obtained for meteor synchronization systems. We have analyzed the error sources for differ synchronization algorithms, including errors resulting from low signal-to-noise ratio, the channel errors (irreversibility and instability of propagation time and the interference influence) and the equipment errors (irreversibility and instability of delay time in receiver and in transmitter). The analysis of correlation between some errors is presented too.