Desmond Cheung wrote:
>
> Is there any mathematical analysis to find how much the two peaks stand
> out from the other data? Is there any formulas to find the
> variance/deviation/etc that's similar to the unimodal distribution case?
In answer to the latter question - excatly the ones
ends on the model(s) you wish to entertain that would
generate a bimodal distribution. The more usual question, I believe,
is how much separation there is between the modes ("peaks"), which is
a horizontal distance, rather than how much the modes "stand out from the
other data&qu
Is there any mathematical analysis to find how much the two peaks stand
out from the other data? Is there any formulas to find the
variance/deviation/etc that's similar to the unimodal distribution case?
Thanks a lot.
Cheers,
Desmond
==
I don't knwo Matlab, but:
>
> I create two random signals (each 100 points from gaussian distribution
> from -1 to 1)
You mean 100 IID Gaussian-distributed points, indexed by values from -1
to 1? (I'm assuming this, anyway.)
and find the maximum cross-correlation value (eithe
On Mon, 30 Oct 2000 18:54:12 -0800, "G. Anthony Reina" <[EMAIL PROTECTED]>
wrote:
> I'm having a problem concerning cross-correlation and was hoping someone
> could help explain.
>
> Here's what I'm doing:
>
> I create two random signals (each 100 points from gaussian distribution
> from -1 to
I'm having a problem concerning cross-correlation and was hoping someone
could help explain.
Here's what I'm doing:
I create two random signals (each 100 points from gaussian distribution
from -1 to 1) and find the maximum cross-correlation value (either
negative or positive, whichever has the l
