This paper deals with the problem of recovering the input signal applied to a linear time-invariant system from the measures of its output and the a-priori knowledge of the input statistics (blind equalization). Under the assumption of an i.i.d. non-Gaussian input sequence, a new iterative procedure based on phase sensitive high-order cumulants for adjusting the coefficients of a transversal equalizer is introduced. The main feature of the proposed technique is that it realizes the automatic selection of the equalization delay so as to improve the equalization performance
[[abstract]]© 2004 Institute of Electrical and Electronics Engineers-Higher order statistics-based i...
Higher order cumulant analysis is applied to the blind equalization of linear time-invariant (LTI) n...
International audienceThis article concerns the problem of blind equalization. In practical situatio...
This paper deals with the problem of recovering the input signal applied to a linear time-invariant ...
An efficient adaptation technique of the delay is introduced for accomplishing more accurate adaptiv...
International audienceA new blind equalization technique of non-minimum phase communication channels...
An equalizer is an adaptive filter that compensates for the non-ideal characteristics of a communica...
In this work, an infinite impulse response (IIR) filtering framework for blind equalization of possi...
In 1994, an eigenvector solution to the problem of blind equalization of possibly mixed-phase linear...
In some recent papers new algorithms for blind adaptive equalization were proposed. These algorithms...
[[abstract]]Shalvi and Weinstein (1990, 1993, 1994) proposed a computationally efficient iterative s...
This paper introduces a new algorithm for blind equalization which uses a set of cost functions. Eac...
The multimodal and time-varying aspects of blind equalization problems in communication systems are ...
The problem of filtering a source of known statistics in noise and/or interference of unknown statis...
Multi-path Rayleigh fading channels which have fast time variation can cause loss of tracking in equ...
[[abstract]]© 2004 Institute of Electrical and Electronics Engineers-Higher order statistics-based i...
Higher order cumulant analysis is applied to the blind equalization of linear time-invariant (LTI) n...
International audienceThis article concerns the problem of blind equalization. In practical situatio...
This paper deals with the problem of recovering the input signal applied to a linear time-invariant ...
An efficient adaptation technique of the delay is introduced for accomplishing more accurate adaptiv...
International audienceA new blind equalization technique of non-minimum phase communication channels...
An equalizer is an adaptive filter that compensates for the non-ideal characteristics of a communica...
In this work, an infinite impulse response (IIR) filtering framework for blind equalization of possi...
In 1994, an eigenvector solution to the problem of blind equalization of possibly mixed-phase linear...
In some recent papers new algorithms for blind adaptive equalization were proposed. These algorithms...
[[abstract]]Shalvi and Weinstein (1990, 1993, 1994) proposed a computationally efficient iterative s...
This paper introduces a new algorithm for blind equalization which uses a set of cost functions. Eac...
The multimodal and time-varying aspects of blind equalization problems in communication systems are ...
The problem of filtering a source of known statistics in noise and/or interference of unknown statis...
Multi-path Rayleigh fading channels which have fast time variation can cause loss of tracking in equ...
[[abstract]]© 2004 Institute of Electrical and Electronics Engineers-Higher order statistics-based i...
Higher order cumulant analysis is applied to the blind equalization of linear time-invariant (LTI) n...
International audienceThis article concerns the problem of blind equalization. In practical situatio...