The purpose of this work is to study the distinguishing probability the Selusoidal signals under the action of stationary additive white Gaussian noise (AWGN) with zero mean and interference with the signal structure. The peculiarity of the studied signals is the useing of broadband non-harmonic periodic functions as the carrier oscillation - Selusoidal radio pulses, instead of the sinusoidal functions traditional for radio engineering. The non-harmonic carrier oscillations themselves are described. Their equations are given. The relevance of the chosen research topic are analyzed. A description of the simulation and modeling test rig and its structural scheme is given. Methodologies are described. An experimental calculation was made of the probability of distinguishing signals with Selusoidal carriers when interfered with a signal structure and AWGN. A description of the results obtained and conclusions to them. Furtherresearchplansaregiven.
Volume 11 | 08-Special Issue
Pages: 1341-1347