So while it might be a neat effect, I seem to be missing something: How do they determine the actual positioning?
Last I checked AP's didn't bother with signals from a host that wasn't associated to it, thus limiting the triangulation opportunities.
And that they'd have to have a whole mess of AP's to maintain any sort of accuracy just from an association history (as well as take a fair amount of thinking to get everything correlated.)
It looks like they just clustered some dots around the access points with some randomization thrown in for visibility.
So while it might be a neat effect, I seem to be missing something: How do they determine the actual positioning?
Last I checked AP's didn't bother with signals from a host that wasn't associated to it, thus limiting the triangulation opportunities.
And that they'd have to have a whole mess of AP's to maintain any sort of accuracy just from an association history (as well as take a fair amount of thinking to get everything correlated.)
It looks like they just clustered some dots around the access points with some randomization thrown in for visibility.
-transiit