AbstractA variety of different approaches in the variable step adjustment algorithm of the LMS were researched to achieve fast convergence and robustness, but the complexity of the variable step algorithm was also become higher. A variable step size LMS algorithm using squared error and autocorrelation of error is proposed to achieve fast convergence and robustness under reasonable complexity. The performance of the proposed LMS algorithm is analyzed in a stationary environment. The proposed algorithm is tested under an adaptive equalizer system and showed good convergence rate and robustness to disturbance
Adaptive filters that self-adjust their transfer functions according to optimizing algorithms are po...
Two new gradient-based variable step size least-mean-square (VSSLMS) algorithms are proposed on the ...
10.1049/ip-vis:19941425IEE Proceedings: Vision, Image and Signal Processing1415311-317IVIP
The convergence speed of the standard Least Mean Square adaptive array may be degraded in mobile com...
An improved robust variable step-size least mean square (LMS) algorithm is developed in this paper. ...
An improved robust variable step-size least mean square (LMS) algorithm is developed in this paper. ...
A fast variable step-size least-mean-square algorithm (MRVSS) is proposed and analyzed in this paper...
The least-mean-square-type (LMS-type) algorithms are known as simple and effective adaptation algori...
The least-mean-square-type (LMS-type) algorithms are known as simple and effective adaptation algori...
In this paper, the modified LMS and NLMS algorithms with variable step-size are presented. It is sho...
The leaky LMS algorithm has been extensively studied because of its control of parameter drift. This...
Abstract: Problem statement: This study introduced a variable step-size Least Mean-Square (LMS) algo...
Adaptive filters that self-adjust their transfer functions according to optimizing algorithms are po...
Least mean square (LMS) is a widely used steepest descent algorithm known with efficient tracking ab...
This thesis is being archived as a Digitized Shelf Copy for campus access to current students and st...
Adaptive filters that self-adjust their transfer functions according to optimizing algorithms are po...
Two new gradient-based variable step size least-mean-square (VSSLMS) algorithms are proposed on the ...
10.1049/ip-vis:19941425IEE Proceedings: Vision, Image and Signal Processing1415311-317IVIP
The convergence speed of the standard Least Mean Square adaptive array may be degraded in mobile com...
An improved robust variable step-size least mean square (LMS) algorithm is developed in this paper. ...
An improved robust variable step-size least mean square (LMS) algorithm is developed in this paper. ...
A fast variable step-size least-mean-square algorithm (MRVSS) is proposed and analyzed in this paper...
The least-mean-square-type (LMS-type) algorithms are known as simple and effective adaptation algori...
The least-mean-square-type (LMS-type) algorithms are known as simple and effective adaptation algori...
In this paper, the modified LMS and NLMS algorithms with variable step-size are presented. It is sho...
The leaky LMS algorithm has been extensively studied because of its control of parameter drift. This...
Abstract: Problem statement: This study introduced a variable step-size Least Mean-Square (LMS) algo...
Adaptive filters that self-adjust their transfer functions according to optimizing algorithms are po...
Least mean square (LMS) is a widely used steepest descent algorithm known with efficient tracking ab...
This thesis is being archived as a Digitized Shelf Copy for campus access to current students and st...
Adaptive filters that self-adjust their transfer functions according to optimizing algorithms are po...
Two new gradient-based variable step size least-mean-square (VSSLMS) algorithms are proposed on the ...
10.1049/ip-vis:19941425IEE Proceedings: Vision, Image and Signal Processing1415311-317IVIP