Real time video streaming suffers from lost, delayed, and corrupted frames due to the transmission over error prone channels. As an effect of that, the user may notice a frozen picture in their screen. In this work, we propose a technique to eliminate the frozen video and provide a satisfactory quality to the mobile viewer by splitting the video frames into sub- frames. The multiple descriptions coding (MDC) is used to generate multiple bitstreams based on frame splitting and transmitted over multichannels. We evaluate our approach by using mean opinion score (MOS) measurements. MOS is used to evaluate our scenarios where the users observe three levels of frame losses for real time video streaming. The results show that our technique signif...
In real time video streaming, the frames must meet their timing constraints, typically specified as ...
Streaming real time video over wireless networks cannot guarantee that all the frames could meet the...
Abstract—In this paper, we examine the frame loss probabili-ties for multiple-description coded (MDC...
Real time video streaming suffers from lost, delayed, and corrupted frames due to the transmission o...
The main challenge of real time video streaming over a wireless network is to provide good quality s...
Real-time video streaming over wireless channel has become an important issue due to the limited ban...
Transmitting a real time video streaming over a wireless network cannot guarantee that all the frame...
Real time video streaming over wireless network is an increasingly important and attractive service ...
Streaming video over a wireless network faces several challenges such as high packet error rates, b...
The main objective of this thesis is to provide a smooth video playout on the mobile device over w...
Real-time video transmission over wireless channels has become an important topic in wireless commun...
Mobile networks are highly unpredictable and might be unreliable for real-time mobile video streamin...
In recent years, transmission of video over the Internet has become an important application. As wir...
Abstract—Multiple description coding (MDC) is a framework designed to improve the robustness of vide...
Abstract — In this paper, we propose a simplified Frame based Multiple Description (MD) coding syste...
In real time video streaming, the frames must meet their timing constraints, typically specified as ...
Streaming real time video over wireless networks cannot guarantee that all the frames could meet the...
Abstract—In this paper, we examine the frame loss probabili-ties for multiple-description coded (MDC...
Real time video streaming suffers from lost, delayed, and corrupted frames due to the transmission o...
The main challenge of real time video streaming over a wireless network is to provide good quality s...
Real-time video streaming over wireless channel has become an important issue due to the limited ban...
Transmitting a real time video streaming over a wireless network cannot guarantee that all the frame...
Real time video streaming over wireless network is an increasingly important and attractive service ...
Streaming video over a wireless network faces several challenges such as high packet error rates, b...
The main objective of this thesis is to provide a smooth video playout on the mobile device over w...
Real-time video transmission over wireless channels has become an important topic in wireless commun...
Mobile networks are highly unpredictable and might be unreliable for real-time mobile video streamin...
In recent years, transmission of video over the Internet has become an important application. As wir...
Abstract—Multiple description coding (MDC) is a framework designed to improve the robustness of vide...
Abstract — In this paper, we propose a simplified Frame based Multiple Description (MD) coding syste...
In real time video streaming, the frames must meet their timing constraints, typically specified as ...
Streaming real time video over wireless networks cannot guarantee that all the frames could meet the...
Abstract—In this paper, we examine the frame loss probabili-ties for multiple-description coded (MDC...