The demand for cable diagnostics and monitoring techniques has increased significantly in
recent decades. Various diagnostic tests such as partial discharge, dielectric loss, and …

This work organizes and discusses important information on resource allocation in power
line communication (PLC) systems based on the Hermitian symmetric orthogonal frequency …

The ability of frequency domain reflectometry (FDR) for locating a portion in a cable longer
than 1.0 km, where either degradation or abnormality occurred in its insulation, was …

From reflectometry methods, this work aims at locating accurately electrical faults in complex
wiring networks. Increasing demand for online diagnosis has imposed serious challenges …

In our digital world, energy and data transmission play a major role and often rely on
electrical wires. Some of these wires are used in harsh or aggressive environments and may …

In this paper, the first electronic device capable of performing simultaneous Orthogonal Multi-
Tone Time Domain Reflectometry (OMTDR) measurements with data fusion is presented …

Power plants, power distribution and transmission networks, automobiles, aircrafts, trains,
industrial manufacturing plants etc. use a variety of cables and wires. The insulation and …

In wiring networks, on-line diagnosis aims at detecting and locating faults in live cables
concurrently to their normal operation. Within this context, Multi-carrier Reftectometry (MCR) …

This paper presents a novel method for generating a Chirp-based Orthogonal Multi-Tone
Time-Domain Reflectometry (Chirp-OMTDR) signal. The proposed approach effectively …

The cumulated lengths of electrical cables continuously increases in aircrafts and trucks:
now up to 10 kilometers in a modern truck, 40 km in a helicopter or in a fighter aircraft and …