A Model-Driven Framework for Water Supply Management System (MWS).

Systems for managing water supplies are intricate, requiring a range of models to manage water resources efficiently. These models can be designed and manipulated using a Model-Driven Architecture (MDA), which will increase the efficiency of managing the water supply. This research concept is particularly interesting since it has the potential to revolutionize water supply management. We can develop virtual representations of the entire system using model-driven architecture, allowing us to simulate and analyze numerous situations without incurring significant expenses and hazards. In this paper, we offer a model-driven framework. Our method entails transforming the model into textual representation, followed by verification with Uppaal. A model-to-text transformation is performed by creating a transformation engine in Acceleo® that converts software models into timed automata models. Timed automata are useful for modeling and analyzing the timing behavior of complicated systems. A real-time case study of the Mirpur City of Pakistan validates the framework's effectiveness, showing its capability to model water supply management systems. Incorporating formal verification improves the system's dependability by assuring standardization and reducing possible flaws. Moreover, system reliability will increase with early detection and rectification.