The framework for testing video streaming techniques is presented in this paper. Short review of error resilience and concealments tools available for the H.264/AVC standard is given. The video streaming protocols and the H.264 payload format are also described. The experimental results obtained with the framework are presented in this paper too
The current heterogeneity in networks and devices demands for a high degree of flexibility in IPTV s...
Scalable video coding (SVC) is gaining great interest because of its ability and scalability to adap...
Current trends in wireless communications provide fast and location-independent access to multimedia...
Real-time transmission of video data in network environments, such as wireless and Internet, is a ch...
Recent advances in communications and video coding technology have brought multimedia communications...
The Advanced Video Coding standard (H.264/AVC) has become a widely deployed coding technique used in...
Low-rate video is widely used especially in mobile commu-nications. H.264/AVC (advanced video coding...
The H.264/AVC recommendation was first published in 2003 and builds on the concepts of earlier stand...
In recent years, the development of network and multimedia technologies has increased the demand for...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
Abstract—An error resilient video streaming scheme that trans-mits offline coded H.264/AVC video thr...
The current heterogeneity in networks and devices demands for a high degree of flexibility in IPTV s...
Scalable video coding (SVC) is gaining great interest because of its ability and scalability to adap...
Current trends in wireless communications provide fast and location-independent access to multimedia...
Real-time transmission of video data in network environments, such as wireless and Internet, is a ch...
Recent advances in communications and video coding technology have brought multimedia communications...
The Advanced Video Coding standard (H.264/AVC) has become a widely deployed coding technique used in...
Low-rate video is widely used especially in mobile commu-nications. H.264/AVC (advanced video coding...
The H.264/AVC recommendation was first published in 2003 and builds on the concepts of earlier stand...
In recent years, the development of network and multimedia technologies has increased the demand for...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
This paper describes the H.264 scalable video coding streaming evaluation framework (SVEF). This is ...
Abstract—An error resilient video streaming scheme that trans-mits offline coded H.264/AVC video thr...
The current heterogeneity in networks and devices demands for a high degree of flexibility in IPTV s...
Scalable video coding (SVC) is gaining great interest because of its ability and scalability to adap...
Current trends in wireless communications provide fast and location-independent access to multimedia...