To the Matter of Choice of PSK-n-Signal Constellations Due to Destabilizing Factors for Radio Engineering Data Transmission Systems Based on the Theory of Resolution Time

Abstract

This article is devoted to study the problem of the choice of phase shift keying signal with $n$ discrete states constellation configuration due to destabilizing factors as measurement errors introduced by the receiver and frequency detuning while ultimate capacity is realized. Moreover, we consider only radio engineering data transmission systems that are based on the theory of resolution. Based on the analysis, new properties are obtained that can be used for adaptive choice of the configuration of a signal constellation to improve the quality of data transfer.