Currently multimedia is either downloaded before viewing, or streamed over a network. However, streaming real-time or near real-time applications with a specified Quality of Service (QoS) over the Internet is not yet a solved problem. The Real-time Transport Protocol (RTP) can be used to facilitate streaming, but also has the potential to support QoS. By gathering network statistics during the session and defining different QoS levels, we propose to adapt multimedia streaming to a fluctuating network load and/or client requests, thereby providing adaptive QoS. We describe the simple server and client applications we have implemented to illustrate this adaptation process
Lately, multimedia-related Internet applications have become very popular, and make up an increasing...
this paper, we describe a mechanism for adaptive transmission of multimedia data, which is based on ...
There are two general approaches to providing for isochronous streams in the current Internet. The f...
In streaming technologies, multimedia data is continuously fed to the user while they are processing...
We present the design of an adaptive service for streaming MPEG video over a best-effort IP network ...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
Multimedia streaming is becoming ever more popular. However, the Internet does not support streaming...
Abstract:- In this paper, application extensions for enhancing the MPEG4IP media-streaming platform,...
By trading off temporal and spatial quality with available bandwidth, or manipulating the playout ti...
The increasing popularity of streaming video is a cause for concern for the stability of the Interne...
International audienceThis chapter discusses the different transport approaches for adaptive video s...
Video streaming traffic has gone through an impressive growth over the last ten years. This growth c...
The increasing popularity of streaming video is a cause for concern for the stability of the Interne...
Video streaming traffic has gone through an impressive growth over the last ten years. This growth c...
Lately, multimedia-related Internet applications have become very popular, and make up an increasing...
this paper, we describe a mechanism for adaptive transmission of multimedia data, which is based on ...
There are two general approaches to providing for isochronous streams in the current Internet. The f...
In streaming technologies, multimedia data is continuously fed to the user while they are processing...
We present the design of an adaptive service for streaming MPEG video over a best-effort IP network ...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
With the proliferation of heterogeneous networks, there is a need to provide multimedia stream servi...
Multimedia streaming is becoming ever more popular. However, the Internet does not support streaming...
Abstract:- In this paper, application extensions for enhancing the MPEG4IP media-streaming platform,...
By trading off temporal and spatial quality with available bandwidth, or manipulating the playout ti...
The increasing popularity of streaming video is a cause for concern for the stability of the Interne...
International audienceThis chapter discusses the different transport approaches for adaptive video s...
Video streaming traffic has gone through an impressive growth over the last ten years. This growth c...
The increasing popularity of streaming video is a cause for concern for the stability of the Interne...
Video streaming traffic has gone through an impressive growth over the last ten years. This growth c...
Lately, multimedia-related Internet applications have become very popular, and make up an increasing...
this paper, we describe a mechanism for adaptive transmission of multimedia data, which is based on ...
There are two general approaches to providing for isochronous streams in the current Internet. The f...