Project Number

1601

Project Title

Bringing Experimenters and External Connectivity to GENI
a.k.a. BGPMux, DTunnels

Technical Contacts

Principal Investigator: Nick Feamster ​feamster@cc.gatech.edu
BGP Mux Lead Designer: Vytautas Valancius ​valas@gatech.edu
Student Developer: Yogesh Mundada - ​yhm@cc.gatech.edu

Participating Organizations

School of Computer Science, Georgia Tech

Scope

This project will add capabilities to the VINI testbed to enable experiments to carry traffic from real users; and increase the experimental use of the VINI testbed by providing familiar experiment management functions. The deliverables for this project all comprise software for supporting external connectivity and flexible, facile experimentation on the GENI testbed. The primary deliverables are a BGP session multiplexer – a software router based on the Quagga software routing suite, software support for virtual tunnel and node creation, and integration of the above functionality with clearinghouse services developed as part of the ProtoGENI project.

In particular, this project contributes to GENI design and prototyping through BGP mux development integration with ISPs; tunnel & topology establishment & management; ProtoGENI clearinghouse integration; and support for isolation & resource swapout.

Milestones

MilestoneDate(BGPMux: S3.a Demonstration and Outreach at GEC9)?
MilestoneDate(BGPMux: S3.b BGPMux Aggregate is Operational)?
MilestoneDate(BGPMux: S3.c Demonstration and Outreach at GEC10)?
MilestoneDate(BGPMux: S3.d Demonstration and Outreach at GEC11)?

Project Technical Documents

BGP Mux introductory slides and tutorial code​
''Using ProtoGENI Flash Interface to Allocate BGP-Mux Resources''​
BGP Mux based assignment​ used in Georgia Tech ​CS 8803: Next-Generation Networks

BGP Mux Experiment Plan (version: June 2009) mux-plan.pdf​

''BGP-Mux How-To''​ (audience: network operators who may want to install a BGP Mux)


White paper on BGP Mux: mux.pdf​
Note on how to configure Quagga to be a BGP-Mux: mux-readme.pdf​

Notes on OSPF and EGRE tunnels: OSPF.txt​

Other References

Problem Set from graduate "Next-Generation Networks" Course at GT that uses BGP Mux

​Problem Set (See Problem #2 for BGP Mux)
​Example Video of Completed Problem Set

Presentations and Demos

Project presentation from GEC3: ​OptIn WG bgp-mux-gec3.ppt
Demo at GEC4: demo-gec4.pdf​
Presentation for demo at GEC4: bgp-mux-presentation.pdf​
Demo at GEC5: demo-gec5.pdf​
GEC5 Plenary: gec5.ppt​
Demo at GEC7: demo-gec7.pdf​
Tutorial at GEC8: tp2010-gec8.ppt​

Current Mux Deployments

1. Georgia Tech: dtx.gtnoise.net
   
2. Wisconsin: mux.wail.wisc.edu
   
3. PSG - Westin Seattle - vini1.psg.vini-veritas.net
   
4. Princeton
   
5. KDDI
   

Software

DTunnel maintains an open software repository at ​http://davis.gtnoise.net/svn/dtunnel/
Login: geni-user Passord: dtunnel!

RSpecs

BGPMux RSPec - draft​ (Version 0.2: September 16, 2009)
DTunnels RSPec - draft​ (Version 0.2: September 16, 2009)

Quarterly Status Reports

2010: 1Q10 Status Report
2009: 1Q09 Status Report| 2Q09 Status Report | 3Q09 Status Report
2008: 4Q08 Status Report

Spiral 1 Connectivity

The DTunnel system is installed in the ​VINI testbed at Georgia Tech using addresses from their IP address space. The BGPMux part of this project will eventually require external connections and addresses that are not part of VINI address space. Actual addresses for this phase are TBD. Details of IP connectivity with PSGnet for the BGPMux part of this project is TBD. Layer2 virtual ethernet connectivity is not required for this project.

GPO Liaison System Engineer

​vthomas@geni.net Vic Thomas

Related Projects

​VINI