I worked on a civilian GPS system back in the days when Selective
Availability was still enabled. (http://en.wikipedia.org/wiki/
Error_analysis_for_the_Global_Positioning_System#Selective_availability)
In order to determine the well-known point from which to broadcast
DGPS corrections, a receiver w
Fair enough. But in order to use the DGPS approach you first need to use
something (much) more precise than your Android GPS receiver to measure the
DGPS base station location. A bit of a catch-22.
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It appeared to work that way on the simple field test I conducted.
I'll think up a more rigorous field test and report back one way or
the other. I believe the WAAS (Wide Area Augmentation Systems) works
in a similar manner. It measures the deviation from a know position
and broadcasts the correc
if you own the atmosphere and the random, indeterminate, probabilistic
timing delays in there then yes.
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On Wed, Sep 28, 2011 at 10:59 PM, Thomas wrote:
> I thought it was more like owning the casino and dealing from your own
> card deck.
I suspect that what lbendlin is trying to say is that you are making
an assumption: that the error introduced in one GPS coordinate has a
relationship to the error
I thought it was more like owning the casino and dealing from your own
card deck.
On Sep 28, 2:00 pm, lbendlin wrote:
> It's always fun watching people try to game probabilities.
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