AbstractError concealment techniques are very efficient for recover the corrupted or lost information of compressed video sequences caused by video communication over error-prone networks. A new error concealment algorithm is proposed to give a more precise estimation of the lost motion vectors. The confident degree method is used to define a filter of neighbor blocks’ motion vectors. The estimation will be executed according to the output of the filter. Simulation results show that the proposed method can recover the higher quality image in different video sequences, comparing to the existing traditional concealment algorithms
We propose a technique to recover lost enhancement layer information in scalable video using the inf...
Since the quality of compressed video is vulnerable to errors, video transmission over unreliable In...
Although wireless and IP-based access to video content gives a new degree of freedom to the viewers,...
AbstractError concealment techniques are very efficient for recover the corrupted or lost informatio...
Abstract: Error concealment on the end of decoder, which makes use of the correctly received video d...
Video transmitted over unreliable environment, such as wireless channel or in generally any network ...
Transmission of compressed video over error prone channels such as mobile networks is a challenging ...
Transmission of compressed video over error prone channels such as mobile networks is a challenging ...
Error concealment techniques are very important for video communication since compressed video seque...
H.264/AVC provides the capability to encode highly compressed videos by exploiting spatiotemporal re...
Handling the noise in source video signal and the error introduced during transmission are important...
Transmission of a compressed video signal over a lossy communication network exposes the informatio...
Sending compressed video data in error-prone environments (like the Internet and wireless networks) ...
Video transmission over noisy channels makes error concealment an indispensable job. Utilization of ...
Transmission of compressed video through a data network may involve loss of data owing to channel er...
We propose a technique to recover lost enhancement layer information in scalable video using the inf...
Since the quality of compressed video is vulnerable to errors, video transmission over unreliable In...
Although wireless and IP-based access to video content gives a new degree of freedom to the viewers,...
AbstractError concealment techniques are very efficient for recover the corrupted or lost informatio...
Abstract: Error concealment on the end of decoder, which makes use of the correctly received video d...
Video transmitted over unreliable environment, such as wireless channel or in generally any network ...
Transmission of compressed video over error prone channels such as mobile networks is a challenging ...
Transmission of compressed video over error prone channels such as mobile networks is a challenging ...
Error concealment techniques are very important for video communication since compressed video seque...
H.264/AVC provides the capability to encode highly compressed videos by exploiting spatiotemporal re...
Handling the noise in source video signal and the error introduced during transmission are important...
Transmission of a compressed video signal over a lossy communication network exposes the informatio...
Sending compressed video data in error-prone environments (like the Internet and wireless networks) ...
Video transmission over noisy channels makes error concealment an indispensable job. Utilization of ...
Transmission of compressed video through a data network may involve loss of data owing to channel er...
We propose a technique to recover lost enhancement layer information in scalable video using the inf...
Since the quality of compressed video is vulnerable to errors, video transmission over unreliable In...
Although wireless and IP-based access to video content gives a new degree of freedom to the viewers,...