The impulsive noise and multipath effects are the main reasons to cause bit errors in power
line communications. In this paper, the bit error rate (BER) performance of the orthogonal …

In this paper, we investigate the use of power line communication (PLC) to assist
cooperative wireless relaying. We consider a communication scheme that uses the power …

This contribution aims at discussing channel esti-mation techniques for power line
communication systems, which makes use of multicarrier modulation based on orthogonally …

Impulsive noise (IN) is one of the most dominant factors responsible for degrading the
performance of power-line communication systems. One of the common techniques for …

Power-line communications (PLC) is recognized as an alternative technology for delivering
broadband services in home and small-office environments. Multicarrier modulation is one …

Signal blanking is a common technique for mitigating impulsive noise (IN) in power-line
communications. When signal samples unaffected by IN are erroneously blanked, part of the …

The performance of power line communication (PLC) systems suffer mainly from non-
Gaussian noise, commonly referred to as impulsive noise. To reduce the effect of this noise …

In this paper, we investigate the dynamic resource allocation adapted to spread-spectrum
multicarrier multiple-access (SS-MC-MA) systems in a multiuser power line communication …

Impulsive noise (IN) over power-lines can significantly corrupt communication signals. To
diminish its effect, a nonlinear preprocessor is usually applied at the receiver's frond-end to …

In power-line channels, impulsive noise (IN) is commonly reduced using a blanking
technique in which the received signal is zeroed whenever it exceeds a certain threshold …