It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services. In order to avoid it, PLC standards specify not to transmit at the same frequencies where these radio services operate. These frequencies are called the masked tones. As they carry no transmitted power, the masked tones can be used to detect and cancel impulsive noise (IN), which most of times is wideband and leaks out into the whole PLC band. This research work presents a new procedure to identify and eliminate IN from PLC receivers, being able to recover the original signal samples which have been impaired by the IN pulses
Impulsive noise (IN) is a major component that degrades signal integrity in power line communication...
Power Line Communication (PLC) has the potential to become the preferred technique for providing bro...
The development of power line communication systems for broadband multimedia applications requires a...
It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services...
It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services...
Power line communications (PLC) operates by transmitting modulated data signal through the electrica...
Power Line Communication (PLC) is a technology which transforms the power line into pathways for the...
The two major sources of disturbances for an efficient and reliable data transmission through power ...
Generally, the probability density function (PDF) of orthogonal frequency division multiplexing (OFD...
Impulsive noise is one of the major challenges in power line communications and can degrade the perf...
In power line communication (PLC), impulsive noise (IN) greatly degrades the performance of signal t...
Impulsive noise is one of the main impairments over power line channels. In this respect, this paper...
Impulsive noise is one of the major challenges in power line communications and can cause serious pr...
Impulsive noise is one of the main impairments over power line channels. In this respect, this paper...
Impulsive noise (IN) is one of the most dominant factors responsible for degrading the performance o...
Impulsive noise (IN) is a major component that degrades signal integrity in power line communication...
Power Line Communication (PLC) has the potential to become the preferred technique for providing bro...
The development of power line communication systems for broadband multimedia applications requires a...
It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services...
It has been demonstrated that Power Line Communications (PLC) can interfere with some radio services...
Power line communications (PLC) operates by transmitting modulated data signal through the electrica...
Power Line Communication (PLC) is a technology which transforms the power line into pathways for the...
The two major sources of disturbances for an efficient and reliable data transmission through power ...
Generally, the probability density function (PDF) of orthogonal frequency division multiplexing (OFD...
Impulsive noise is one of the major challenges in power line communications and can degrade the perf...
In power line communication (PLC), impulsive noise (IN) greatly degrades the performance of signal t...
Impulsive noise is one of the main impairments over power line channels. In this respect, this paper...
Impulsive noise is one of the major challenges in power line communications and can cause serious pr...
Impulsive noise is one of the main impairments over power line channels. In this respect, this paper...
Impulsive noise (IN) is one of the most dominant factors responsible for degrading the performance o...
Impulsive noise (IN) is a major component that degrades signal integrity in power line communication...
Power Line Communication (PLC) has the potential to become the preferred technique for providing bro...
The development of power line communication systems for broadband multimedia applications requires a...