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Browsing by Author "Nerayanuru, Sreenivasa M."
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Approximate best linear unbiased channel estimation for frequency selective channels with long delay spreads: Robustness to timing and carrier offsets
Özen, Serdar; Nerayanuru, Sreenivasa M.; Pladdy, Christopher; Fimoff, Mark J. (IEEE, 2005)We provide an iterative and a non-iterative channel impulse response (CIR) estimation algorithm for communication systems which utilize a periodically transmitted training sequence within a continuous stream of information ... -
Approximate best linear unbiased channel estimation for multi-antenna frequency selective channels with applications to digital TV systems
Özen, Serdar; Pladdy, Christopher; Nerayanuru, Sreenivasa M.; Fimoff, Mark J.; Zoltowski, Michael D. (SPIE, 2004)We provide an iterative and a non-iterative channel impulse response (CIR) estimation algorithm for communication receivers with multiple-antenna. Our algorithm is best suited for communication systems which utilize a ... -
Semiblind BLUE channel estimation with applications to digital television
Pladdy, Christopher; Özen, Serdar; Nerayanuru, Sreenivasa M.; Zoltowski, Michael; Fimoff, Mark (IEEE, 2006-11)A semiblind iterative algorithm to construct the best linear unbiased estimate (BLUE) of the channel impulse response (CIR) vector h for communication systems that utilize a periodically transmitted training sequence within ... -
Taylor series approximation for low complexity semi-blind best linear unbiased channel estimates for the general linear model with applications to DTV
Pladdy, Christopher; Nerayanuru, Sreenivasa M.; Fimoff, Mark; Özen, Serdar; Zoltowski, Michael (IEEE Computer Society, 2004)We present a low complexity approximate method for semi-blind best linear unbiased estimation (BLUE) of a channel impulse response vector (CIR) for a communication system which utilizes a periodically transmitted training ... -
Taylor series approximation of semi-blind best linear unbiased channel estimates for the general linear model
Pladdy, Christopher; Nerayanuru, Sreenivasa M.; Fimoff, Mark; Özen, Serdar; Zoltowski, Michael (IEEE, 2004)We present a low complexity approximate method for semi-blind best linear unbiased estimation (BLUE) of a channel impulse response vector (CIR) for a communication system, which utilizes a periodically transmitted training ... -
Taylor series approximation of semi-blind BLUE channel estimates with applications to DTV
Pladdy, Christopher; Özen, Serdar; Nerayanuru, Sreenivasa M.; Ding, Peilu; Fimoff, Mark J.; Zoltowski, Michael (Taylor & Francis, 2008-01)We present a low-complexity method for approximating the semi-blind best linear unbiased estimate (BLUE) of a channel impulse response (CIR) vector for a communication system, which utilizes a periodically transmitted ...
