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| Aaron
 
| Aaron
 
| theory, complexity analysis. Goal: find the best complexity on the algorithmic side.
 
| theory, complexity analysis. Goal: find the best complexity on the algorithmic side.
| 90% finished. Will be presented at the TU lecture "Verteilte Systeme", 20.4.2007
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| The basic ideas seem like 90% finished. Will be presented at the TU lecture "Verteilte Systeme", 20.4.2007
 
|-
 
|-
 
| Zethix
 
| Zethix

Version vom 30. März 2007, 02:20 Uhr

olsr-ng

right|supported by IPA

Main OLSR-NG project blog: http://olsr.funkfeuer.at

Slides from the OLSR-NG kickoff presentation: http://outpost.funkfeuer.at/~aaron/olsr-ng.pdf

We communicate on the olsr-dev mailinglist: https://www.olsr.org/mailman/listinfo/olsr-dev


Goals

Current Status

  • UML test server is being worked on. This will allow the B.A.T.M.A.N team to test their protocol and us to test our scalability ideas with 1000nd of olsr instances.
  • Ongoing code cleanups
  • Pending 0.5 olsrd release
  • AVL tree optimizations

Who is working on what?

Who What Status
Bernd , Thomas Lopatic, Hannes release 0.5 WIP
Hannes Gredler tcpdump parses olsr packets, DONE
Aaron,Bernd olsr-ng test server WIP
Aaron theory, complexity analysis. Goal: find the best complexity on the algorithmic side. The basic ideas seem like 90% finished. Will be presented at the TU lecture "Verteilte Systeme", 20.4.2007
Zethix UML cluster setup WIP

contact mailto:aaron@lo-res.org or Bernd if you are interested in participating!

Next Steps

  • TU Wien lecture "Verteilte systeme", 20.4.2007 will present our ideas about optimizing complexity. Aaron also wants to adress more students from the TU to participate
  • finalize the UML test server
  • try out the optimization ideas and document the speedup

Bounties

Links

Papers, Theory

  AdHocSys is a two-year European project to provide reliable broadband services in rural and mountain regions. This objective
  will be achieved by means of the creation of a wireless ad hoc broadband network, with special enhancements to reliability
  and availability. The network consists of one or several gateways connecting to the global Internet and several intermediate
  nodes which provide multihop connections between the gateways and end users.
  • WOSPF-OR Uni Oslo Wireless OSPF with Overlapping Relays
  • W-OSPF INRA/Boing Wireless OSPF

misc