In this paper, we review the state of the art in the detection, location, and diagnosis of faults
in electrical wiring interconnection systems (EWIS) including in the electric power grid and …

Electrical cables of all types are subject to aggressive environments that can create defects
or accelerate aging. Many application domains require diagnosis methods and tools. Among …

This paper presents a new method based on the electromagnetic time-reversal (EMTR)
theory for locating faults in power networks. The applicability of the EMTR technique to …

This paper proposes a fault-section location method based on sparse measurements, aimed
at asymmetrical faults. A virtual current vector is defined to indicate the faulted section, which …

Sequence time-domain reflectometry (STDR) and spread spectrum time-domain
reflectometry (SSTDR) detect, locate, and diagnose faults in live (energized) electrical …

Due to the electrical, thermal, and mechanical stress, the insulating materials of cable
undergo a slow aging process in service, which leads to the decline of insulation …

The detection of faults in aircraft wiring systems is always a significant research. Although
several reflectometry methods have been proved to be effective technologies for locating …

Ground fault location and isolation are challenging in compensated distribution systems due
to the fact that the fault current is too small to be measured. Considering that massive …

Reflectometry-based methods are the standard choice for fault-detection techniques in wire
networks. While effective when dealing with simple networks and relatively hard faults, their …

Time-domain reflectometry has proven to be one of the best methods for wiring network
diagnosis, and it can easily be applied to the detection and localization of defects, while only …