Worldwide, Nuclear Power Plants (NPPs) must have higher security protection and precise
fault detection systems, especially underground power cable faults, to avoid causing …

Cable monitoring is essential for the prevention of machine malfunctions as machines are
operated dynamically. Traditional methods of cable monitoring, conducted through portable …

The human-centric and resilient European industry called Industry 5.0 requires a long
lifetime of machines to reduce electronic waste. The appropriate way to handle this problem …

Time–frequency domain reflectometry (TFDR) is a highly sensitive method to locate the
defects of cables. However, there are cross terms when a multicomponent signal is …

Time-frequency domain reflectometry is a highly sensitive method to locate cable defect.
However, locating a potential defect far from the cable head may be less accurate because …

In this paper, a convolutional neural network for the detection and characterization of
impedance discontinuity points in cables is presented. The neural network analyzes time …

Partial discharge (PD) measurement is necessary for insulation diagnosis and usually a
required item of the maintenance procedure for most high-voltage equipment assets. Optical …

Abstract Fault diagnosis of Medium Voltage power Cables (MVCs) research nuclear reactor,
incredibly inaccessible/remote ones, has to be carefully identified, located, and fixed within a …

The state detection of power cables is very important to ensure the reliability of the power
supply. Traditional sensors are mostly based on electric field detection. The operation is …

The implementation of power line communications (PLC) in smart electricity grids provides
us with exciting opportunities for real-time cable monitoring. In particular, effective fault …