The construction of an efficient monitoring network is critical for the effective and safe
management of urban drainage systems. This study developed a re-clustering methodology …

The identification of monitoring or sensor locations, or demand estimation, within drinking
water distribution systems can be challenging given the size of realistic network models …

The estimation of nodal water demands for water distribution systems has been extensively
researched over the last decades. However, demand estimation performance is dependent …

Near real-time continuous monitoring systems have been proposed as a promising
approach for helping drinking water utilities detect and respond quickly to threats related to …

Recently, advanced informatics and sensing techniques show promise of enabling a new
generation of smart stormwater systems, where real-time sensors are deployed to detect …

Sensor placement for disaster prevention for important users in urban water distribution
networks is essential for post-earthquake monitoring and repair. Herein, we proposed a …

Contaminants that are introduced to drinking water systems can threaten large populations,
and the potential for catastrophic consequences accentuates the need for efficient post …

Consumer demand estimation is a key step in real-time drinking water system (DWS)
modeling used for demand forecasting, optimal operations, and water quality management …

Placing fixed water quality monitoring stations in a water distribution system can greatly
improve the security of the system via prompt detection of poor water quality. In the event …

A novel sensor partitioning placement model is presented to evenly distribute sensors to
water distribution systems (WDS) for monitoring leakages and contamination. First, random …