Layering techniques for video transmission are a promising way to satisfy receivers in heterogeneous environments. A number of receiver-initiated, sender-initiated, and hybrid protocols have been developed to transmit video in layers. These are supported in different ways by many CODECs. However, there is still a need to do a comparative study of various layering techniques to determine the best way. The study should include the effect of number of layers, bit rate and frame rate of each layer, available bandwidth and rate of packet drop on the perceptual quality of video. This paper examines some of these factors and describes our preliminary results.Godkänd; 2001; 20061128 (ysko)</p
ABSTRACT Streaming of high-quality video contents as part of multimedia communication, has become e...
Abstract — In this paper, we study the impact of the image quality (hence, the video streaming bit-r...
We are concerned about the problem of transmitting constant quality video over the B-ISDN. A gain in...
Layering techniques for video transmission are a promising way to satisfy receivers in heterogeneous...
Video coding for Internet applications faces major challenges. Due to the heterogeneity of the netwo...
Applications for real-time video transmission in heterogeneous network and computing environments, l...
Layered coding and transport has become an attractive method for enabling video communications over ...
grantor: University of TorontoIn this thesis we investigate the feasibility of transmittin...
Layering techniques for video transmission are being actively considered as a way of satisfying rece...
The trend towards video streaming with increased spatial resolutions and dimensions, SD, HD, 3D, and...
We investigate the ability of multiple descriptions (MD) and layered coding to improve the quality o...
Peer-to-Peer streaming has been increasingly deployed recently. This comes out from its ability to c...
Packet video is investigated from a systems point of view. The most important issues to its transmis...
Transmission of digital video signals over current data networks demands efficient, reliable, and ad...
Our work builds a general visibility model of video packets which is applicable to various types of ...
ABSTRACT Streaming of high-quality video contents as part of multimedia communication, has become e...
Abstract — In this paper, we study the impact of the image quality (hence, the video streaming bit-r...
We are concerned about the problem of transmitting constant quality video over the B-ISDN. A gain in...
Layering techniques for video transmission are a promising way to satisfy receivers in heterogeneous...
Video coding for Internet applications faces major challenges. Due to the heterogeneity of the netwo...
Applications for real-time video transmission in heterogeneous network and computing environments, l...
Layered coding and transport has become an attractive method for enabling video communications over ...
grantor: University of TorontoIn this thesis we investigate the feasibility of transmittin...
Layering techniques for video transmission are being actively considered as a way of satisfying rece...
The trend towards video streaming with increased spatial resolutions and dimensions, SD, HD, 3D, and...
We investigate the ability of multiple descriptions (MD) and layered coding to improve the quality o...
Peer-to-Peer streaming has been increasingly deployed recently. This comes out from its ability to c...
Packet video is investigated from a systems point of view. The most important issues to its transmis...
Transmission of digital video signals over current data networks demands efficient, reliable, and ad...
Our work builds a general visibility model of video packets which is applicable to various types of ...
ABSTRACT Streaming of high-quality video contents as part of multimedia communication, has become e...
Abstract — In this paper, we study the impact of the image quality (hence, the video streaming bit-r...
We are concerned about the problem of transmitting constant quality video over the B-ISDN. A gain in...