DEVELOPMENT OF AN ALGORITHM FOR INCREASING THE INTERFERENCE IMMUNITY OF THE MEASURING SYSTEM TAKEN INTO ACCOUNT OF THE INFLUENCE OF FLICKER NOISE
Abstract
The creation of high-speed and noise-proof measuring systems intended for use and ensuring deep integration with digital automated process control systems is achieved only with the use of microprocessor-based intelligent information processing tools in measuring transducers. Methods of digital signal processing in control and monitoring systems are relevant today and are largely replacing classical analog methods. This article discusses the main methods of digital filter algorithmization. The main characteristics and properties of interference, determined by the operating modes and frequency spectrum of the devices used, and algorithmic methods for their elimination are systematized.
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