STATISTICAL PARAMETERS OF TIMER SIGNAL CONSTRUCTIONS DISTORTION IN GILBERT MODEL CHANNEL

Abstract

In connection with the increasing volumes of information in communications systems is to increase the current transmission rate, especially when operating over channels with limited bandwidth and power. In this paper further developed new principles and algorithms of noiseless coding based on timing signals where additional check bits are not required. For this purpose were investigated and determined the parameters of transmission quality timing signals in a "good" and "bad" states. Shown the results of the statistical research the distortion parameters of timing signals when they are used in the channels of the city telephone network. Conducted the analysis of transmission quality correcting timer signal constructions in Gilbert model channels. Defined the parameters of quality to a "good" and "bad" state of the channel.