Noise Immunity of Noncoherent Reception under Complex Interference Effect on Communication and Monitoring Channels of Automated Information Systems of River Transport on Inland Waterways of the Russian Federation

Abstract

The noise immunity of single noncoherent reception algorithms optimal in communication and monitoring channels of automated information systems with noise and concentrated interference under complex effect of fluctuating, concentrated, and impulse noise is investigated. Equations for error probabilities are obtained. Calculation examples are given.