Performance Evaluation of PLC Under the Combined Effect of Background and Impulsive Noises
Citations
53 citations
Additional excerpts
...have investigated the system performance and found the ML detectors in [16]–[18], which is critical for the development of the model-driven methods....
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46 citations
Cites background from "Performance Evaluation of PLC Under..."
...Impulse noise has much wider power spectral density than the background and phase noise [5]–[7]....
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...Indeed, it has been experimentally verified in [5]–[7] that the latter follows the Nakagami-m distribution....
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Cites methods from "Performance Evaluation of PLC Under..."
...Recently in [9], the analytical average BER was evaluated for a PLC system under the combined impact of Nakagami-m distributed background noise and Middleton class A distributed impulsive noise....
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References
872 citations
Additional excerpts
...Then, the distribution of their sum w is given by [19]...
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807 citations
"Performance Evaluation of PLC Under..." refers methods in this paper
...Although, the Bernoulli-Gaussian distribution is used to represent the impulsive noise in PLC [8] due to the analytical simplicity it offers, but the Middleton class A distribution serves as a basic model for the PLC systems used for obtaining realistic estimates of the system performance for the general spectral-use environment as justified in [9], [10]....
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...We assume that the impulsive noise is modeled using the Middleton class A distribution as justified in [9]–[12]....
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683 citations
376 citations
"Performance Evaluation of PLC Under..." refers background or methods in this paper
...It is also assumed that the phase of the background noise, θ , is uniformly distributed from −π to π [3], [16], [17]....
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...However, the effect of impulsive noise has been ignored in the BER analysis in [3]–[7]....
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...The BER of single carrier binary phase shift keying (BPSK) signal under the influence of both background noise and impulsive noise has been derived in [8], but the analysis is performed under the assumption that the background noise is additive white Gaussian, which is not applicable to PLC systems [3], [4], [6]....
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...The experimental measurements performed in [3] and [15] support that the amplitude of the background...
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...The long-term measurements of noise spectrum in PLC conducted in [3] over a frequency range of 1 MHz to 30 MHz suggest that time domain amplitude of the background noise follows Nakagami-m distribution....
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368 citations
"Performance Evaluation of PLC Under..." refers methods in this paper
...Although, the Bernoulli-Gaussian distribution is used to represent the impulsive noise in PLC [8] due to the analytical simplicity it offers, but the Middleton class A distribution serves as a basic model for the PLC systems used for obtaining realistic estimates of the system performance for the general spectral-use environment as justified in [9], [10]....
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