I understand the tutorial up to this point...
Again saving the program as a separate
file, further modify it to show how the hyper-
bolas corresponding to TOA measurements at
three stations locate a source in two spatial di-
mensions. Let the station locations be at the
vertices of the isosceles triangle x1,y1 = (10,10)
x2,y2 = (+10,10), and x3,y3 = (0,+10) km,
respectively. Use Matlabs input function to
specify a source location (also in km units), and
calculate the times the signal would be received
at each station. Finally, plot the hyperbolae
corresponding to each of the three baselines to
see the solution. Use the pause function in
your for loop to identify each hyperbola as it is
added to the plot. Your plot should look some-
thing like Figure 6.
I have drawn out where I understand the baselines to be.
I not sure where to go from here...
thanks in advance
toa.pdf
pic.png
vertices of the isosceles triangle x1,y1 = (10,10)
x2,y2 = (+10,10), and x3,y3 = (0,+10) km,"
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Two of these points do not appear on your drawing and are actually the same point.