How to read the trendless sequences: the “universal” set of quantitative parameters

Abstract

Abstract In this paper it is demonstrated a new set of “universal” parameters that help to read quantitatively any trendless sequence (TLS). This method is applied for solving the problem of selection of the “pattern” noise from the tested one and for calibration of random fluctuations expressing some qualitative inputs in terms of these quantitative parameters. This set of quantitative parameters allows to compare the TLS(s) of different nature (acoustic, mechanical, electrochemical, vibrational and etc.) with each other. Using the proposed algorithm, we analysed the differences between software simulated and experimentally generated white noises. We do suppose that the proposed “universal” scheme free from uncontrollable errors can find a wide application in solution of many practical problems.