Abstract
The article provides a conceptual framework for developing real-time water monitoring system based on IoT technology. The process, strategy and knowledge base for multidisciplinary research on IoT systems and prerequisites for real-world application of IoT technology into continuous water quality monitoring are discussed. The study expands current efforts aimed at leveraging customized IoT solutions for better instrumentation and the continued integration of sensor data into networks. The process of system design from scratch and base components of IoT-based water quality monitoring system for surface water are described. While the focus of this article is on system design, opportunities to improve the system components for the management of water resources with continuous water quality monitoring are much broader. In this view, perspectives and development issues of IoT-based water quality monitoring are also discussed.
Highlights
Water is a natural treasure of our planet
The results enable identification of significant changes in water quality and implementation of changes in particular management strategies to protect surface waters more efficiently
The proposed framework for water quality monitoring is targeted on data specific features that enable utilization of well-known algorithms best suited for continuous, real-time water quality data
Summary
Water is a natural treasure of our planet. Measuring and monitoring water resources is a hot topic worldwide since water is essential to the health and well-being of both people and the environment. Accurate and well-timed information on water impairment is integral to efforts toward managing water quality and the rational use of water resources. Shorokhov, “Emerging Tools for Design and Implementation of Water Quality Monitoring Based on IoT,” Complex Systems Informatics and Modeling Quarterly, CSIMQ, no.
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