Abstract—In this paper, two proportionate affine projection sign algorithms are introduced. The performance of the proposed algorithms is compared with that of other proportionate affine algorithms under impulsive interference environment of a network echo cancellation system. It is shown that one of the proposed algorithms, termed memory improved proportionate affine projection sign algorithm (MIP-APSA), is the most robust to impulsive interferences and colored inputs. It is proved that MIP-APSA is a good candidate for network echo cancellation, because of its low complexity, good convergence speed and tracking abilities for echo paths with different sparseness measures, and projection orders. I
Abstract—A proportionate affine projection like (PAPL-I) adaptive filtering algorithm is proposed th...
The affine projection algorithm (APA) and different versions of it have proved to be very attractive...
Abstract – The approximate memory improved proportionate affine projection algorithm has been propos...
Proportionate affine projection sign algorithms for sparse system identification in impulsive interf...
Echo cancelers which cover longer impulse responses (greater than or equal to 64 ms) are desirable. ...
© 2018 IEEE.Recently, proportionate adaptive filters are commonly used in the acoustic echo cancella...
Abstract—In this paper, a new proportionate affine projection sign algorithm using the -law proporti...
A new proportionate-type affine projection algorithm with intermittent update of the weight coeffici...
Proportionate-type affine projection algorithms were devel-oped in the context of echo cancellation,...
Abstract—In this paper, an intermittent update interval for filter coefficients and a simplified out...
Abstract The well‐known affine projection sign algorithm is one of the classic adaptive filtering me...
This research presents a development of the affine projection algorithm (APA) in voice communication...
A novel adaptive filter combining the affine projection algorithm (APA) and the affine projection si...
Echo cancelers which cover longer impulse responses ( 64 ms) are desirable. Long responses create a...
In this paper, a new affine projection sign algorithm with a variable step-size, robust in impulsive...
Abstract—A proportionate affine projection like (PAPL-I) adaptive filtering algorithm is proposed th...
The affine projection algorithm (APA) and different versions of it have proved to be very attractive...
Abstract – The approximate memory improved proportionate affine projection algorithm has been propos...
Proportionate affine projection sign algorithms for sparse system identification in impulsive interf...
Echo cancelers which cover longer impulse responses (greater than or equal to 64 ms) are desirable. ...
© 2018 IEEE.Recently, proportionate adaptive filters are commonly used in the acoustic echo cancella...
Abstract—In this paper, a new proportionate affine projection sign algorithm using the -law proporti...
A new proportionate-type affine projection algorithm with intermittent update of the weight coeffici...
Proportionate-type affine projection algorithms were devel-oped in the context of echo cancellation,...
Abstract—In this paper, an intermittent update interval for filter coefficients and a simplified out...
Abstract The well‐known affine projection sign algorithm is one of the classic adaptive filtering me...
This research presents a development of the affine projection algorithm (APA) in voice communication...
A novel adaptive filter combining the affine projection algorithm (APA) and the affine projection si...
Echo cancelers which cover longer impulse responses ( 64 ms) are desirable. Long responses create a...
In this paper, a new affine projection sign algorithm with a variable step-size, robust in impulsive...
Abstract—A proportionate affine projection like (PAPL-I) adaptive filtering algorithm is proposed th...
The affine projection algorithm (APA) and different versions of it have proved to be very attractive...
Abstract – The approximate memory improved proportionate affine projection algorithm has been propos...