Algorithmic Methods for Increasing the Metrological Characteristics of Information-Measuring Systems

Abstract

Algorithmic methods for eliminating interference that affect the accuracy of measuring input signals in measuring channels are considered. Methods for input and processing of signals in the form of currents and voltages in analog modules of measuring channels of the control system are presented. It also considers some ways to improve the classical algorithms of adaptive control implemented on the basis of digital technology, taking into account the conditions for ensuring the stability of a discrete control system.

Development of a digital signal processing model using a frequency synthesizer and synthesis of quadrature conversion circuits

“…To develop a system implementing digital filtering algorithms, various circuit solutions were used: digital control devices, operational amplifiers with a different set of frequency characteristics and signal conversion coefficients. In particular, the Nyquist digital quadrature transformation method was widely used in practical research on the dynamic expansion of the ranges of analog modules [19,20,26].…”