International audienceIn this paper, we present an algorithm for blind equalization i.e. equalization without training sequence. The proposed algorithm is based on the reformulation of the equalization problem in a set membership identification problem. Among the Set Membership Identification methods, the chosen algo- rithm is an optimal bounding ellipsoid type algorithm. This algorithm has a low computational burden which allows to use it easily in real time. Note that in this paper the equalizer is a finite impulse response filter. An analysis of the algo- rithm is provided. In order to show the good performance of the proposed approach some simulations are performed
An Optimal Bounding Ellipsoid (OBE) algorithm with asymptotic convergence properties and a selective...
An equalizer is an adaptive filter that compensates for the non-ideal characteristics of a communica...
We present a least squares (LS) algorithm for blind channel equalization based on a reformulation of...
International audienceIn this paper, we present an algorithm for blind equalization i.e. equalizatio...
International audienceIn this paper, we propose a frequency recursive blind equalization algorithm o...
International audienceIn this paper, we provide two algorithms for blind equalization in a bounded n...
International audienceThis study addresses the blind equalisation problem in the presence of bounded...
International audienceTwo adaptive blind equalization algorithms for M-QAM modulation of a Single In...
This paper presents a novel approach to blind equalization (deconvolution), which is based on direct...
This paper introduces a new algorithm for blind equalization which uses a set of cost functions. Eac...
In some recent papers new algorithms for blind adaptive equalization were proposed. These algorithms...
International audienceThis document surveys the blind equalization issue. Our approach is based on t...
International audienceIn this paper, the blind equalization problem in presence of bounded noise wit...
A numerically stable recursive set membership state estimation algorithm for linear discrete-time sy...
Recently we have developed a simplified recursive adaptive blind channel equalization method for Sin...
An Optimal Bounding Ellipsoid (OBE) algorithm with asymptotic convergence properties and a selective...
An equalizer is an adaptive filter that compensates for the non-ideal characteristics of a communica...
We present a least squares (LS) algorithm for blind channel equalization based on a reformulation of...
International audienceIn this paper, we present an algorithm for blind equalization i.e. equalizatio...
International audienceIn this paper, we propose a frequency recursive blind equalization algorithm o...
International audienceIn this paper, we provide two algorithms for blind equalization in a bounded n...
International audienceThis study addresses the blind equalisation problem in the presence of bounded...
International audienceTwo adaptive blind equalization algorithms for M-QAM modulation of a Single In...
This paper presents a novel approach to blind equalization (deconvolution), which is based on direct...
This paper introduces a new algorithm for blind equalization which uses a set of cost functions. Eac...
In some recent papers new algorithms for blind adaptive equalization were proposed. These algorithms...
International audienceThis document surveys the blind equalization issue. Our approach is based on t...
International audienceIn this paper, the blind equalization problem in presence of bounded noise wit...
A numerically stable recursive set membership state estimation algorithm for linear discrete-time sy...
Recently we have developed a simplified recursive adaptive blind channel equalization method for Sin...
An Optimal Bounding Ellipsoid (OBE) algorithm with asymptotic convergence properties and a selective...
An equalizer is an adaptive filter that compensates for the non-ideal characteristics of a communica...
We present a least squares (LS) algorithm for blind channel equalization based on a reformulation of...