In this paper, a minimum mean square error-optimized mixture-based estimator is used for packet video error concealment. At the same time as on-line computational complexity is reduced, performance in peak signal-to-noise ratio (PSNR) is increased in comparison with a Gaussian mixture-based estimator that obtains its parameters through probability density estimation by means of the expectation maximization algorithm. Moreover, our method increases performance in PSNR compared to several other previous error concealment algorithms©2009 IEEE. Personal use of this material is permitted. However, permission to reprint/republish this material for advertising or promotional purposes or for creating new collective works for resale or redistributio...
Video transmitted over unreliable environment, such as wireless channel or in generally any network ...
Communication over today’s IP-based networks are to some extent subject to packet loss. Most real-ti...
We present an approach for separating two speech signals when only one single recording of their lin...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealmentapproach has recently been pro...
In this paper, Gaussian mixture modeling is applied toerror concealment for block-based packet video...
Speech and video communications via the Internet and cellular phones have become a part of modern li...
Speech and video communications via the Internet and cellular phones have become a part of modern li...
We have developed a statistical prediction technique to compensate for lost pixel blocks during real...
We have developed a statistical prediction technique to compensate for lost pixel blocks during real...
In this paper, auto regressive (AR) model is applied to error concealment for block-based packet vid...
In this paper, auto regressive (AR) model is applied to error concealment for block-based packet vid...
Video transmitted over unreliable environment, such as wireless channel or in generally any network ...
Communication over today’s IP-based networks are to some extent subject to packet loss. Most real-ti...
We present an approach for separating two speech signals when only one single recording of their lin...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealment approach has recently been pr...
A Gaussian mixture model (GMM)-based spatio-temporal error concealmentapproach has recently been pro...
In this paper, Gaussian mixture modeling is applied toerror concealment for block-based packet video...
Speech and video communications via the Internet and cellular phones have become a part of modern li...
Speech and video communications via the Internet and cellular phones have become a part of modern li...
We have developed a statistical prediction technique to compensate for lost pixel blocks during real...
We have developed a statistical prediction technique to compensate for lost pixel blocks during real...
In this paper, auto regressive (AR) model is applied to error concealment for block-based packet vid...
In this paper, auto regressive (AR) model is applied to error concealment for block-based packet vid...
Video transmitted over unreliable environment, such as wireless channel or in generally any network ...
Communication over today’s IP-based networks are to some extent subject to packet loss. Most real-ti...
We present an approach for separating two speech signals when only one single recording of their lin...