Interactive video streaming applications are becoming more popular also in the Internet environment and studies showed that interactive operations are well supported if the end-to-end delay, experienced by the application traffic, is kept lower than a pre-defined, and application dependent, threshold. In this paper we propose a new approach that acts on the video QoS in order to keep the end-to-end delay within the acceptable threshold. Our mechanism has been evaluated through several simulations and results obtained show that it is well suited for supporting interactive video streaming applications over the Internet
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
Due to the explosive growth of the Internet and increasing demand for multimedia information on the...
Streaming video over IP networks has become increasingly popular; however, compared to traditional d...
Interactive video streaming applications are becoming more popular also in the Internet environment ...
Several distributed multimedia applications, such as on-line games, video streaming and IF-telephony...
The popularity of interactive video streaming applications have pushed researchers to propose mechan...
One of the key problems in informing clients through multimedia streaming applications over the Inte...
A recently proposed mechanism introduced a new approach to support interactive video streaming appli...
International audienceDelay-sensitive applications, such as live and in- teractive video, are mainst...
Most broadcasting protocols for video-on-demand do not allow the customer to pause, move fast-forwar...
The emergence of increasing levels of multimedia traffic in recent times has resulted in ~igher band...
Real-time digital video transmission over Internet is a challenging problem. Real-time video traffic...
The key performance bottleneck for a video-on-demand (VOD) server is bandwidth, which controls the n...
International audienceThis chapter discusses the different transport approaches for adaptive video s...
The key performance bottleneck for a video-on-demand (VOD) server is bandwidth, which controls the n...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
Due to the explosive growth of the Internet and increasing demand for multimedia information on the...
Streaming video over IP networks has become increasingly popular; however, compared to traditional d...
Interactive video streaming applications are becoming more popular also in the Internet environment ...
Several distributed multimedia applications, such as on-line games, video streaming and IF-telephony...
The popularity of interactive video streaming applications have pushed researchers to propose mechan...
One of the key problems in informing clients through multimedia streaming applications over the Inte...
A recently proposed mechanism introduced a new approach to support interactive video streaming appli...
International audienceDelay-sensitive applications, such as live and in- teractive video, are mainst...
Most broadcasting protocols for video-on-demand do not allow the customer to pause, move fast-forwar...
The emergence of increasing levels of multimedia traffic in recent times has resulted in ~igher band...
Real-time digital video transmission over Internet is a challenging problem. Real-time video traffic...
The key performance bottleneck for a video-on-demand (VOD) server is bandwidth, which controls the n...
International audienceThis chapter discusses the different transport approaches for adaptive video s...
The key performance bottleneck for a video-on-demand (VOD) server is bandwidth, which controls the n...
The ability to record and/or transmit voice and moving images (i.e., continuous media) has had enorm...
Due to the explosive growth of the Internet and increasing demand for multimedia information on the...
Streaming video over IP networks has become increasingly popular; however, compared to traditional d...