Predicting failures in electronic water taps in rural sub-Saharan African communities: an LSTM-based approach Each of these steps plays an important role in the application of data science and AI techniques to water problems.Ĭollectively, the Virtual Special Issue showcases the innovation required to leverage modern data science and AI approaches in the water sector and collectively point the way towards a future of new measurement techniques, innovative methodologies, and intuitive human interaction to truly ‘Make Water Smart’. This collection demonstrates the innovation possible through the entire ‘pipeline’ of the process of applying smart water techniques, from data measurement and collection, through initial analysis to the application of machine learning and AI techniques and finally through to system deployment. Importantly, several articles examine the use of smart tools and contemporary AI technologies, such as neural networks and Internet of Things, that demonstrate value in non-conventional or remote environments. From the use of classical machine learning and data transformation methods for process improvement, to data management and assimilation in models for better monitoring control, a selection of these articles describe the acquisition and preparation of data as an initial step in its use as part of a digital framework for smart water applications. ![]() The articles in this Virtual Special Issue highlight the breadth of smart water technologies and applications. ![]() ![]() Making Water Smart – Virtual Special Issue
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