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 …

Based on the Multi-Carrier Time Domain Reflectometry (MCTDR) technique, new methods
which could detect, locate and characterize multiple soft faults in complex wired networks …

During the last decade, vast efforts have been invested in research and industry to detect
soft noncritical faults in wiring networks. Although time domain reflectometry based methods …

Several approaches have been proposed and applied for reconstructing the topology of an
unknown network. Although, promising results have been obtained, offline passive testing …

Recently, the world is witnessing a vast daily development in technology accompanied with
more and more complex electronic systems. They are hosting cumulated lengths of electrical …

This article presents the integration of sensor communication using the diagnosis signal of
wired networks. In order to cover the entire network, the diagnosis of branched networks …

Predictive maintenance of electrical cables consists of detecting defects as early as
possible. The recently introduced a binary time-domain reflectometry (BTDR) method does …

In this article, a unified method for fault locating and length measurement of the branch cable
is proposed. First, typical two-port equivalent networks are extracted by means of a topology …

This paper proposes a novel time domain reflectome-try method to estimate the propagation
time of transmission lines in medium-voltage (MV) networks. In the proposed method, a …

Aeronautical wiring and interconnect systems are highly exposed to severe conditions
leading to serious security problems. In such systems, the predictive diagnosis of incipient …