The knowledge of distribution grid models, including topologies and line impedances, is
essential for grid monitoring, control and protection. However, such information is often …

Due to the increasing penetration of volatile distributed photovoltaic (PV) resources, real-
time monitoring of customers at the grid-edge has become a critical task. However, this …

The deployment of microphasor measurement units, supervisory control and data
acquisition systems, and smart meters has revolutionized distribution systems, moving …

Monitoring the technical performance of a power system is significantly enhanced when
distributed instrumentation produces coherent field data, ie, synchronized by GPS …

Typical “last quarter mile” power distribution employs a radial network of electrical panels,
feeders, and subpanels. Monitoring and fault localization on radial grids are relatively …

Load measurements are commonly asynchronous in a low-voltage distribution network,
which pose significant challenges to the situational awareness of distribution system …

An active distribution network with a large amount of distributed energy resources (DER)
requires knowledge of the operational status of the network. In this sense, state estimation is …

Moving target detection performance is seriously affected by missing array elements for
multichannel synthetic aperture radar (Multi‐SAR) systems. Meanwhile, there is a …

Electromechanical systems provide the world's backbone for generating and using energy.
Electromechanical systems can also experience an innumerable set of failures, causing …

The performance of clutter suppression in synthetic aperture radar (SAR) systems is
significantly compromised by random missing data. Typically, traditional methods frequently …