Operational Management of Water Distribution Processes in River Basins, Main and Inter-Farm Canals

Abstract

This article addresses pressing issues in the field of water resource management, with a particular focus on the development of mathematical models and quality criteria designed for the efficient and precise management of water distribution systems. These systems include river basins, primary canals, and inter-farm waterways, which are critical for ensuring sustainable agricultural and industrial activities. The article analyzes various challenges encountered in the development and implementation of operational management systems, such as water scarcity, uneven distribution, and technical inefficiencies. It further explores potential solutions and highlights the necessity of adopting advanced mathematical approaches, algorithmic methods, and intelligent software tools to improve system performance. Emphasis is placed on the integration of real-time data processing and predictive analytics to enhance decision-making processes. Additionally, the study presents the design and testing of newly developed algorithms aimed at addressing real-time distribution challenges, supported by custom software applications capable of automating key functions in water management systems.