Real-time transmission of video data in network environments, such as wireless and Internet, is a challenging task, as it requires high compression efficiency and network friendly design. H.264/AVC is the newest international video coding standard, jointly developed by groups from ISO/IEC and ITU-T, which aims at achieving improved compression performance and a network-friendly video representation for different types of applications, such as conversational, storage, and streaming. In this paper, we discuss various error resiliency schemes employed by H.264/AVC. The related topics such as non-normative error concealment and network environment are also described. Some experimental results are discussed to show the performance of error resil...
This work describes how the introduction of redundancy by means of coding constraints known at the d...
In this thesis, many popular error resilient algorithms have been studied, and several new error con...
Low-rate video is widely used especially in mobile commu-nications. H.264/AVC (advanced video coding...
The Advanced Video Coding standard (H.264/AVC) has become a widely deployed coding technique used in...
This paper summarizes some of the very important error resiliency schemes employed in H.264/AVC, lik...
In order to simultaneously obtain better error resilient performance and preserve original coding ef...
Video transmission is sensitive to losses due to high compression efficiency. To tolerate the qualit...
2010-2011 > Academic research: refereed > Chapter in an edited book (author)Version of RecordPublish...
With the advent of telecommunication technology, the need to transport multimedia content is increas...
With the advent of telecommunication technology, the need to transport multimedia content is increas...
iii iv THE third generation of mobile systems brought higher data rates that allow for provisioning ...
Abstract –In this paper we review error resilience techniques for real-time video transport over unr...
The framework for testing video streaming techniques is presented in this paper. Short review of err...
this paper we will first discuss the actually used video and audio compression schemes, as an unders...
Standard compliant enhancements of the emerging H.264/AVC coding algorithm for transmission over los...
This work describes how the introduction of redundancy by means of coding constraints known at the d...
In this thesis, many popular error resilient algorithms have been studied, and several new error con...
Low-rate video is widely used especially in mobile commu-nications. H.264/AVC (advanced video coding...
The Advanced Video Coding standard (H.264/AVC) has become a widely deployed coding technique used in...
This paper summarizes some of the very important error resiliency schemes employed in H.264/AVC, lik...
In order to simultaneously obtain better error resilient performance and preserve original coding ef...
Video transmission is sensitive to losses due to high compression efficiency. To tolerate the qualit...
2010-2011 > Academic research: refereed > Chapter in an edited book (author)Version of RecordPublish...
With the advent of telecommunication technology, the need to transport multimedia content is increas...
With the advent of telecommunication technology, the need to transport multimedia content is increas...
iii iv THE third generation of mobile systems brought higher data rates that allow for provisioning ...
Abstract –In this paper we review error resilience techniques for real-time video transport over unr...
The framework for testing video streaming techniques is presented in this paper. Short review of err...
this paper we will first discuss the actually used video and audio compression schemes, as an unders...
Standard compliant enhancements of the emerging H.264/AVC coding algorithm for transmission over los...
This work describes how the introduction of redundancy by means of coding constraints known at the d...
In this thesis, many popular error resilient algorithms have been studied, and several new error con...
Low-rate video is widely used especially in mobile commu-nications. H.264/AVC (advanced video coding...