This work proposes a signal-based fault location method combining both time and frequency-
domain features. The method is based on the Traveling Wave (TW) detection and analysis …

This work provides a detailed protection analysis of a fast, Traveling-Wave (TW), Machine-
Learning (ML), local, non-directional, economic, and setting-less protection scheme. The …

This work proposes a Traveling Wave (TW) detection and identification method that
addresses the demanding time and functional constraints that TW-based protection …

The rapid development of technology requires several technological fields to keep pace to
increase work effectiveness and efficiency. One focus that is widely used is image …

This work proposes and develops an implementation of a fault location method to provide a
fast and resilient protection scheme for power distribution systems. The method analyzes the …

This work proposes and tests a Machine-Learning (ML), Traveling Wave-based fault location
framework for distribution systems that only requires local voltage data. The feature creation …

This paper elaborates the results of the hardware implementation of a traveling wave (TW)
protection device (PD) for DC microgrids. The proposed TWPD is implemented on a …

This paper proposes and validates a near realtime fault detection method using Traveling
Waves (TWs) for DC microgrids. The method can be executed on low-cost embedded …

Currently, many object detection systems still use devices with large sizes, such as using
PCs, as supporting devices, for object detection. This makes these devices challenging to …

The report summarizes the work and accomplishments of DOE SETO funded project 36533
“Adaptive Protection and Control for High Penetration PV and Grid Resilience”. In order to …