Mike,
Thank you for the information!
To be clear, from what I understand from our discussions in the past
you're topology looks like
AP(802.11A + OLSRD) - AP (802.11B/G) - XO
You have several AP(802.11A + OLSRD) acting as your backbone and they
drop down to standard AP (802.11B/G)
Hi Reuben,
It's AP(802.11N + OLSRD) AP(802.11B/G) - XO - that's it as it is...
Actually considered putting up routers outside the school to try and
form a cloud that would then link back to the school / library.
Haven't yet considered putting that on the XOs - we would need to put
some
I'm not 100% certain we've pulled in members of the OLSR mailing lists
on this thread yet.
But they've actually got a number of very impressive *real world*
demonstrations of OLSRd in the wild. You'll have to search the devel@
archives for 'olsr' to find the emails I sent years ago with all the
Hi,
Sorry for my late reply to this. Actually we use OLSR in Afghanistan
to do our school networking like so:
1. An OLSR router (running openwrt Freifunk ; see freifunk.net )
connects to the other routers in the school - that forms the backbone
on one network (e.g. channel 6)
2. A vanilla
On Tue, Aug 24, 2010 at 11:13 AM, Reuben K. Caron reu...@laptop.org wrote:
Where Mesh != 802.11s but rather an adhoc, self healing, self
organizing routable network.
Cerebro gave a great working demo of what you describe. Don't know how
they compare.
I think it is perfectly feasible to achieve
On Tuesday, August 24, 2010 11:26:23 am Chris Ball wrote:
Hi Reuben,
Consider the benefits of using open source software versus our
closed source firmware and partnering with communities like
Freifunk whose network is ~ 800 node, guifi.net is almost 10k
nodes in Barcelona,
