This work reports how to include general concepts of the one-dimensional MLM procedure in a two-channel problem of cross-spectrum estimation. It is shown in the sequel that there is no any problem in extrapolating the well-known procedures for auto-spectrum estimation to the cross-spectrum, if the original procedure can be explained as a filter bank analysis procedure. The resulting cross-spectrum estimate looks formally to satisfy the excellent features which the normalized maximum likelihood procedure, reported previously by the authors, does in the auto-spectrum problem as concerns with resolution a low-side lobe behavior.Peer Reviewe
Two robust estimators of a matrix-valued location parameter are introduced and discussed. Each is th...
The article describes a method for estimating the spectrum or RMS value of a low-level signal corrup...
Conventional Minimum-Variance (MV) channel estimation is affected by two sources of error, namely th...
This work reports how to include general concepts of the one-dimensional MLM procedure in a two-chan...
This work deals with the use of dedicated filters for cross-spectrum estimation. Basically, the ML c...
The cross-spectrum method consists in measuring a signal $c(t)$ simultaneously with two independent ...
We consider the problem of reconstructing the cross-power spectrum of an unobservable multivariate s...
International audienceThe cross-spectrum method consists in measuring a signal c(t) simultaneously w...
The estimates of Rayleigh fading channels are rapidly changing in multi carrier direct sequence code...
abstract: Power spectral analysis is a fundamental aspect of signal processing used in the detection...
this paper we study the structures of different cross spectrum estimators and show that an estimator...
We investigate an automatic method of determining a local bandwidth for non-parametric kernel spectr...
An expression for the mean-square error (MSE) optimal Wigner cross-spectrum estimator is derived wit...
Abstract—A novel cross-correlation based framework is pro-posed for the problem of blind equalizatio...
Starting from the classical procedure reported by Capon for power level estimation from ML filters, ...
Two robust estimators of a matrix-valued location parameter are introduced and discussed. Each is th...
The article describes a method for estimating the spectrum or RMS value of a low-level signal corrup...
Conventional Minimum-Variance (MV) channel estimation is affected by two sources of error, namely th...
This work reports how to include general concepts of the one-dimensional MLM procedure in a two-chan...
This work deals with the use of dedicated filters for cross-spectrum estimation. Basically, the ML c...
The cross-spectrum method consists in measuring a signal $c(t)$ simultaneously with two independent ...
We consider the problem of reconstructing the cross-power spectrum of an unobservable multivariate s...
International audienceThe cross-spectrum method consists in measuring a signal c(t) simultaneously w...
The estimates of Rayleigh fading channels are rapidly changing in multi carrier direct sequence code...
abstract: Power spectral analysis is a fundamental aspect of signal processing used in the detection...
this paper we study the structures of different cross spectrum estimators and show that an estimator...
We investigate an automatic method of determining a local bandwidth for non-parametric kernel spectr...
An expression for the mean-square error (MSE) optimal Wigner cross-spectrum estimator is derived wit...
Abstract—A novel cross-correlation based framework is pro-posed for the problem of blind equalizatio...
Starting from the classical procedure reported by Capon for power level estimation from ML filters, ...
Two robust estimators of a matrix-valued location parameter are introduced and discussed. Each is th...
The article describes a method for estimating the spectrum or RMS value of a low-level signal corrup...
Conventional Minimum-Variance (MV) channel estimation is affected by two sources of error, namely th...