hi benjamin,<br><br>is there an english translation of that site?<br><br>thanks,<br>rajesh.<br><br><div><span class="gmail_quote">On 1/30/07, <b class="gmail_sendername">Benjamin Henrion</b> <<a href="mailto:bh@udev.org">
bh@udev.org</a>> wrote:</span><blockquote class="gmail_quote" style="margin-top: 0; margin-right: 0; margin-bottom: 0; margin-left: 0; margin-left: 0.80ex; border-left-color: #cccccc; border-left-width: 1px; border-left-style: solid; padding-left: 1ex">
I also want this dual radio mesh working, the problem with OLSR is<br>that it mainly reuses the same channel instead of taking the fastest<br>route in terms of throughput.<br><br>I wonder if the new algo used by BATMAN will solve the problem.
<br><br>I will test it soon with some friends, see here:<br><br><a href="http://www.reseaucitoyen.be/wiki/index.php/Batman2chans">http://www.reseaucitoyen.be/wiki/index.php/Batman2chans</a><br><br>If you have 6 machines and 3 ethernet cables, you could make a try.
<br><br>On 1/30/07, Rajesh Narayanan <<a href="mailto:nrajesh71@gmail.com">nrajesh71@gmail.com</a>> wrote:<br>> well conceptually that is what it tries to achieve, 'A system with multiple<br>> copper interfaces'. But unlike cu interfaces where we know that the link
<br>> between two nodes is always noise free, as we know, such is not the case in<br>> wireless. So if you have three nodes in a triangle, with each having 2<br>> radios (interfaces) how do they intelliegently figure out which channels to
<br>> use so that each node can talk to each other on a non-interfering channel<br>> with reference to the other two nodes.<br>><br>> The problem is non-trivial hence a lot of research that has gone into it.<br>
> One method is the 'split-router' that has been developed by researchers at<br>> UCSB. It looks quite promising.<br>><br>> And about my personal interests.. I work for a telecom company and you can<br>
> say involved in looking at some latest trends in wireless technology and<br>> architectures. The idea is to look at it different from deploying hot-spots.<br>><br>> Thanks,<br>> Rajesh.<br>><br>><br>
><br>> On 1/30/07, John Clark <<a href="mailto:jclark@metricsystems.com">jclark@metricsystems.com</a>> wrote:<br>> > Rajesh Narayanan schrieb:<br>> > > Hi,<br>> > ><br>> > > I posted this in the openwrt forum as well. Thought I might as well
<br>> > > stir the hornets nest a little more. Only the OLSR part is<br>> > > specifically relevant . Has anyone looked at multi-radio multi-channel<br>> > > support in the OLSR though???<br>> >
<br>> > How does this conceptually differ from a system that has 3 copper<br>> > interfaces in 3 different networks, and perhaps<br>> > cost functions appropriate for each interface???<br>> ><br>> > John Clark.
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<br>--<br>Benjamin Henrion <bhenrion at <a href="http://ffii.org">ffii.org</a>><br>FFII Brussels - +32-484-566109 - +32-2-4148403<br><br>_______________________________________________<br>olsr-users mailing list<br>
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