Water distribution system monitoring is currently carried out using advanced real-time
control technologies to achieve a higher operational efficiency. Data analysis techniques …

Abstract Model-based methodologies can assist in addressing the challenging problem of
leakage detection and localization in water distribution systems. However, this is not trivial …

The objective of the design and operation of any water distribution network (WDN) includes
meeting the desired demand at sufficient pressure at all nodes. However, this requires …

State estimation in water distribution networks (WDNs) is a challenging task due to the
scarcity of measurements and the presence of several modeling uncertainties. In the …

This work develops a new algorithm based on interval hydraulic state estimation for leakage
detection in urban water distribution systems using pressure sensors and smart meters. The …

State estimation of hydraulics (ie, pressure and flows) in water distribution networks is an
important tool for efficient and resilient operation. However, hydraulic state estimation is a …

Calibration of model parameters is of utmost importance to ensure the good performance of
hydraulic simulation models. In this work, calibration is conceived within a joint multi-period …

State estimation (SE) techniques can be applied to compute the most likely hydraulic state of
a water distribution system from the available measurements at a given time. Different …

A significant challenge when attempting to regulate the spatial-temporal concentration of a
disinfectant in a water distribution network is the large and uncertain delay between the time …

The estimation of user demands in water distribution systems is usually based on flow and
pressure measurements in the system. Even when the number of measurements is larger …