Shandrenko R. Improvements of Meteor-burst communication systems by using noise-like signals

Object - processes of information transmition via meteor-burst channel using noise-like signals. Aim - increasing of average transition bitrate of the meteor-burst communication systems by valid using of noise-like signal. Subject - noise-like signals distortions in meteor-burst channel, and methods of they generation and processing in meteor-burst communication systems. Methods - least square method, simulation modelling, correlation analysis method. Results - development of the information transition method featuring noise-like signal using; development of the new meteor-burst channel mathematical model which taking into account wideband characteristics of meteor-burst channel; development of the new active protection method against backscatter-sounding interferences featured by using of the noise-like signals with intercorrelation low level; development of the new requirements for using noise-like signals in meteor-burst channel, and proposing the new special signal for meteor-burst communication systems. Implementation - in scientific research activities at KNURE, in academic activities at KNURE (Kharkiv). Application - development of meteor-burst communication systems