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Future Internet traffic will be dominated by on-demand streaming media flows, such as IPTV, 3D/HD video, gaming, virtual reality, and many more. Consequently, future network architectures will need to implement scalable IP packet switching capable of offering predictable performancesto such applications. Our recent experimental work demonstrated how an IP network can be implemented without "stopping"...
In order to achieve ultra scalable IP packet switching it is essential to minimize "stopping" of the serial bit streams. In our recent experimental work we demonstrated how this can be achieved with an ultra-scalable switching architecture reaching multi-terabits per second (10-100 Tb/s) in a single chassis. The implemented testbed uses only off-the-shelf optical and electronic components...
Summary form only given. Applications that require real-time interaction among users are gaining importance and widespread use as computer networks become increasingly powerful and ubiquitous. Many such applications impose stringent requirements on the network; among the applications today widely deployed, videoconferencing is the most demanding. In order for the participants in a videoconference...
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