SYSTEM OF MONITORING AND FORECASTING WATER RESOURCES USING SCADA SYSTEM
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Published:
Sep 10, 2025
Keywords:
Water resources, SCADA system, Digital twin, Lagger polynomials, Mathematical modeling, Forecasting, Sensor network, ATmega328E, Water quality, Automated monitoring, Closed water systems, Aydarkul, Multiparametric measurement, Evapotranspiration, TDS, pH, Temperature, Intelligent data analysis, Water use management, Agricultural water supply, Climate change, Sustainable development.
Main Article Content
Abstract
Automation of data processing allows
analyzing large volumes of data, which makes
this method one of the most effective for taking
into account all factors in modern conditions of
water shortage. The article discusses the issues
of automation of data processing and the use of
SCADA systems in multi-measurement systems.
The article presents a data analysis model based
on orthogonal discrete Лаггер polynomials, a
prototype of a multi-measurement system and a
mnemonic scheme of a SCADA system.
Article Details
How to Cite
SYSTEM OF MONITORING AND FORECASTING WATER RESOURCES USING SCADA SYSTEM. (2025). “UZBEKHYDROENERGETICS” Scientific and Technical Journal, 7(2), 89-99. https://uzbekhydroenergetics.uz/index.php/uz/article/view/86
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Статьи
This work is licensed under a Creative Commons Attribution 4.0 International License.
How to Cite
SYSTEM OF MONITORING AND FORECASTING WATER RESOURCES USING SCADA SYSTEM. (2025). “UZBEKHYDROENERGETICS” Scientific and Technical Journal, 7(2), 89-99. https://uzbekhydroenergetics.uz/index.php/uz/article/view/86