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Internet Routing Scalability -- Afflictions and Proposed Remedies |
| Colloquium |
| Speaker: | Christian Vogt |
| Location: | 1131 Kemper Hall |
| When: | 2010-01-14 15:10:00 |
| Host: | Xin Liu |
Organizations, enterprises, universities, and even private households
increasingly seek to avoid lock-in to a single Internet service
provider. They want to be able to easily change to an alternative
provider, or to improve the bandwidth and reliability of their global
Internet connectivity by multi-homing with multiple providers. A
popular technique to accomplish both is the use of provider-independent
address space within a network. Unfortunately, this spurs the growth of
the global routing table as well as the frequency of routing table
updates, and consequently it hampers efficient routing within the
Internet core. The Internet engineering and research community,
concerned about this development, is looking for ways to reduce the
negative impact on the Internet routing system. This presentation
explains the Internet routing scalability problem, and it explores
solutions that have been proposed to fix it.
Dr. Christian Vogt is a research scientist at Ericsson Silicon Valley.
His main technical interests include Internet routing and addressing, IP
mobility and multi-homing, related security aspects, as well as
next-generation Internet architectures. As part of his work, Christian
co-chairs the IETF Source Address Validation Improvements working group.
Christian received his doctoral degree from University of Karlsruhe (TH)
in 2007 for his dissertation on efficient and secure mobility support in
IPv6. He also holds an M.S. in Computer Science from University of
Southern California, Los Angeles, and a German Diploma in Computer
Science from University of Bonn.
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