Narrowband cyclostationary interference severely limits the performance of power line communications (PLC) on low-voltage in the [3-500] kHz frequency band.
Narrowband cyclostationary interference severely limits the performance of power line communications (PLC) on low-voltage in the [3–500] kHz frequency band.
Interference mitigation techniques for narrowband powerline smart grid ...
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The high spatial correlation is exploited to mitigate interference effects through cancellation or erasure decoding. Simulation results show considerable ...
Narrowband cyclostationary interference severely limits the performance of power line communications (PLC) on low-voltage in the [3-500] kHz frequency band.
We propose an algorithm to estimate the NB-PLC channel's periodic impulsive noise. Noise time occurrence and duration are estimated with precision at the range ...
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Abstract—Narrowband powerline communications (NB-PLC) and unlicensed wireless communications are considered as two leading communications technologies for ...
In this paper, we propose a three-stage adaptive FRESH-based cyclostationary noise estimator to make a reliable IN estimation.
Interference mitigation techniques for narrowband powerline smart grid communications · Cyclostationary noise mitigation for SIMO powerline communications · Blind ...
This paper addresses the problem of cyclostationary noise mitigation in NB-PLC systems and other orthogonal frequency division multiplexing (OFDM) systems ...
Oct 22, 2024 · ... These technologies also employ the use of Orthogonal Frequency Division Multiplexing (OFDM) for improved resiliency against frequency ...