Improving the quality of signals using an adaptive filter
Muhriddin IsmoilovNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanAnvarjon RakhimovNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanJonibek OrziyevNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanVenera IsabekovaNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, UzbekistanDoston RaxmatovNavoi State University of Mining and Technologies, Department of Metrology, standardization and certification, Agriculture faculty, Navoi, 210100, Uzbekistan
ABI
Аннотация
Nowadays, in the automation of technological processes, many digital devices are used in all areas of the industry, especially in the mining sector. With the high accuracy of digital devices, they are still affected by noise and interference, which can lead to a measurement device error. Therefore, many filters are used in the industry. The purpose of using filters is to reduce the amount of interference that affects. The article outlines an algorithm for forming noise affecting precision indicators of automation of technological processes using adaptive filters, which allows measuring instruments to reduce errors. Such a type of noise reproduces a useful signal specter and limits the possibilities of its debugging.
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