Welcome to the UCLA Computer Science Department's Internet Research Lab (IRL). IRL's research areas include fault tolerance in large scale distributed systems, Internet routing infrastructure, Inter-domain Routing (BGP), and protocol design principles for large-scale, self-organizing systems. You can find a list of our latest funded projects here.
The Internet Research Laboratory's research projects are guided by Dr. Lixia Zhang, Professor at UCLA.
- May 2019
Spyridon Mastorakis successfully defended his thesis and graduated
- June 2018
Haitao Zhang successfully defended his Ph.D. thesis.
- June 2017
Wentao Shang successfully defended his thesis.
- May 2016
Yingdi Yu successfully defended his thesis.
- September 2013
Alex Afanasyev successfully defended his thesis.
- June 2013
Zhenkai Zhu successfully defended his PhD thesis
- June 2012
We are proud to announce that the first version of NS-3 based NDN simulator (ndnSIM) has been publicly released
- October 2011
Pei-chun Cheng successfully defended his thesis
- July 2011
Jong Han (Jonathan) Park successfully defended his thesis and graduated
- May 2011
EyeP project goes public
- March 2011
Michael Meisel successfully defended his thesis and graduated
- October 2010
We have set up a website for our new project Named Data Networking
- August 2010
Eric Osterweil successfully defended his thesis and graduated.
- May 2009
Eric Osterweil gave a presentation on "Availability Problems in the DNSSEC Deployment" at the 58th RIPE conference in Amsterdam, NL. Current observations of PMTU failures seen through the SecSpider monitoring system were presented to operators to help underscore the growing problem in the DNSSEC deployment is facing. Slides can be found here.
- November 2008
Dan Jen gave a presentation on "Evolutionary Steps Towards Scalable Routing" at the 73rd IETF conference in Minneapolis, MN
- October 2008
It is commonly recognized that the Internet AS-level topology inferred from publicly available BGP data is incomplete, however there has been no quantitative estimate on exactly how incomplete the inferred topology might be. We addressed this question in a recent technical report, "Quantifying the Completeness of the Observed Internet AS-level Structure"