Digital Synthesis of Signals with a Low Level of Manifestation of Edge Effects

Abstract

The article presents a method for digital synthesis of signal structures based on sequential truncation of the time and spectral components of the original functions. The physical prerequisites for its implementation are substantiated. Examples are given that explain the features of its implementation. The possibilities of using a Gaussian wavelet of the first order as the initial forming function are investigated. Simulation results are presented. Suggestions for practical use have been formulated.