irl.cs.ucla.edu
Internet Research Lab - Reference Work
http://irl.cs.ucla.edu/references.html
What would Darwin Think about Clean-Slate Architectures? CCR, the Computer Communication Review. Ying Zhang, Zheng Zhang, Morley Z. Mao, Charlie Y. Hu, and Bruce M. Maggs,. On the Impact of Route Monitor Selection. David Clark el al,. Tussle in cyberspace: defining tomorrow's Internet. David S. Isenberg,. The Dawn of the Stupid Network. S Deering and R. Hinden,. The Map and Encap Scheme for scalable IPv4 routing with portable site prefixes. Some Perspectives on Networks - Past Present and Future.
irl.cs.ucla.edu
Internet Research Lab - RFCs
http://irl.cs.ucla.edu/RFCs.html
Robert Raszuk, J. Heitz, A. Lo, Lixia Zhang, and Xiaohu Xu,. Simple Virtual Aggregation (S-VA). Stuart Cheshire, Zhenkai Zhu, Ryuji Wakikawa, and Lixia Zhang,. Understanding Apple's Back to My Mac (BTMM) Service. Zhenkai Zhu, Ryuji Wakikawa, and Lixia Zhang,. A Survey of Mobility Support In the Internet. Dave Thaler, Lixia Zhang, and Greg Lebovitz,. IAB Thoughts on IPv6 Network Address Translation. Dave Meyer, Lixia Zhang, and Kevin Fall (ed.),. Report from the IAB Workshop on Routing and Addressing.
irl.cs.ucla.edu
Internet Research Lab - Latest Projects
http://irl.cs.ucla.edu/projects.html
Selected past and current projects. Monitoring Tools for DNS Security Deployment (MOTDS). In collaboration with Colorado State). 1) provide DNSSEC operators with assurance that their secure zones are running properly,. 2) identify common operational errors that need to be addressed by changing operational guidelines (and in the worst case, change protocol specifications),. 3) identify infrastructure limitations that are a barrier to DNSSEC, and. Optimization and Games in Inter-domain Routing.
irl.cs.ucla.edu
Internet Research Lab - GRAdient Broadcast in Sensort Networks
http://irl.cs.ucla.edu/past-projects/grab.html
The objective of the GRAB project is to develop a set of sensornet protocols that enables large-scale, configuration-free sensor deployment, reliable sensor data collection in the presence of high levels of environmental noise, and robust and efficient data reporting to highly versatile and mobile collection points in spite of topological changes and component failures. Characteristics of the Sensor Networks. A large number of sensors so as to prohibit the use of traditional. Sensors that are unreliable.
irl.cs.ucla.edu
Internet Research Lab - People
http://irl.cs.ucla.edu/people.html
Addressing Operational Challenges in Named Data Networking Through NDNS Distributed Database. Usable Security for Named Data Networking. MS, Google, Mountain View, CA). Cisco, Boston, MA). Xingyu Ma (M.S., Facebook). Uber, San Francisco, CA). Support Mobile and Distributed Applications with Named Data Networking. Understanding the BGP Transport Delay. ThousandEyes, San Francisco, CA). BOND: Unifying Mobile Networks with Named Data. Jong Han (Jonathan) Park. AT&T Labs, Middletown, NJ). Visiting Ph.D&#...
nms.csail.mit.edu
Resilient Overlay Networks
http://nms.csail.mit.edu/projects/ron
What RON's all about. RON experimental data [ RON1 and RON2. Live and archived BGP feed. RON wide-area testbed sites. Links for packet traces, routing data, etc. Past and current projects that share some of RON's goals. Because, sometimes, the Internet doesn't quite work.". The RON project has several components, including:. Overlay configuration and maintenance. Probing and outage detection. Routing around outages and performance failures. Multi-path routing; QoS routing. API and RON libraries. Since ea...
irl.cs.ucla.edu
Internet Research Lab - NDN apps
http://irl.cs.ucla.edu/ndn-apps.html
This page lists some of our NDN applications. ChronoSync is a library implementing a multi-party synchronization primitive that can be used in various applications, such as ChronoChat. ChronoChat is a demo multi-part chat application. Latest stable version: 0.3.1. Gradient Broadcast in Sensor Networks.
irl.cs.ucla.edu
Internet Research Lab - PHD theses
http://irl.cs.ucla.edu/theses.html
Usable Security for Named Data Networking,. PhD Thesis, UCLA, June 2016. Addressing Operational Challenges in Named Data Networking Through NDNS Distributed Database,. PhD Thesis, UCLA, December 2013. Support Mobile and Distributed Applications with Named Data Networking,. PhD Thesis, UCLA, June 2013. Understanding the BGP Transport Delay,. PhD Thesis, UCLA, March 2012. Understanding the Impact of Internal BGP Route Reflection,. Jong Han (Jonathan) Park,. PhD Thesis, UCLA, July 2011.
irl.cs.ucla.edu
Internet Research Lab - Talks
http://irl.cs.ucla.edu/talks.html
Yingdi Yu, Duane Wessels, Matt Larson, and Lixia Zhang,. Name Server Selection of DNS Caching Resolvers. Eric Osterweil, Dan Massey, and Lixia Zhang,. Network Path Problems in DNSSEC's Deployment. Eric Osterweil, Dan Massey, and Lixia Zhang,. Availability Problems in the DNSSEC Deployment. Eric Osterweil, Michael Ryan, Dan Massey, and Lixia Zhang,. The State and Challenges of the DNSSEC Deployment. NANOG 44 - DNSSEC BoF. Eric Osterweil, Michael Ryan, Dan Massey, and Lixia Zhang,. NANOG 44 - Tools BoF.
irl.cs.ucla.edu
Internet Research Lab - Software: bgpparser
http://irl.cs.ucla.edu/software/bgpparser.html
About the BGP Parser. The IRL BGP Parser converts BGP messages stored in binary MRT format. To human-readbable XML format. The XML format is compatible with the output of CSU BgpMon. And its described in this document. The IRL BGP Parser specifically addresses some bugs that were found in widely used RIPEs bgpdump. Code, such as:. Incorrect merging of ASPATH and CONFED SEQ attributes. Invalid NEXTHOP attributes being displayed as 255.255.255.255. V03b2 released 6/20/11: bgpparser-0.3b2.tgz.
