We present an Internet architecture designed to provide route control, failure isolation, and explicit trust information for end-to-end communications. SCION separates ASes into groups of independent routing sub-planes, called isolation domains, which then interconnect to form complete routes.

Is...

The construction and study of systems that can extract useful knowledge from the massively growing data have become extremely challenging. The conventional knowledge extraction tools, which handle computations on matrices/graphs, do not typically scale to extremely large data sizes. Major difficulti...

While today much security research is about defending against the attack du jour, there has been theoretical work in computer security and there are the beginnings of a science base for security. This talk will discuss the kinds of questions one might expect a scince base to address.

It will als...

Edward‘s research interests are in the area of mobile and wireless networks with a focus on protocol design, performance evaluation, and at-scale field trials in urban wireless networks. His group contributed to key features of IEEE 802.11ac and co-developed the TAPs and WARP research platforms.
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Jörg‘s research focuses primarily on wireless networks, ranging from MAC layer design and interference management to future mobile network architectures. Current work includes extremely high frequency communication (60GHz) as well as network coding for wireless networks.
Jörg earned his doctora...

Digital video will soon account for 50% of all bits on the consumer internet according to Cisco's Visual Networking Index. This dramatic growth from about 10% in 2005 is coupled with the world-wide introduction of efficient video compression technology, such as the video coding standard H.264/MPEG4-...

27.04.2011/Kiel. In den nächsten einhundert Jahren bleibt ein Großteil des im arktischen Meeresboden eingelagerten Methans stabil. Das austretende Klimagas verstärkt jedoch die Ozeanversauerung – besonders in den bodennahen Wasserschichten, die bisher als weniger gefährdet galten. Zu diesen Er...

Vortrag im Rahmen der Ausstellung Experimentiere! - Naturwissenschaft und Mathematik zum Anfassen

Die "Millennium-Simulation" ist die größte jemals durchgeführte Berechnung des Wachstums kosmischer Strukturen und der Entwicklung von Galaxien, Quasaren und Schwarzen Löchern. Dabei wurden mehr als zehn Milliarden fiktive Teilchen benutzt, die jeweils eine Masse von etwa einer Milliarde Sonnen ...

Göttinger und Bochumer Wissenschaftler finden Hinweise auf neuen Mechanismus, mit dem unsere Nervenzellen in der Lage sind, Signale zu filtern und selektiv weiterzuleiten