On 10/18/07, Johnathan Corgan [EMAIL PROTECTED] wrote:
One approach then would be to ensure this never happens, i.e., add a
small epsilon to each input stream, and make epsilon small enough to not
sufficiently impact the results for typical input values. Normalizing
the conjugate product
Steven Clark wrote:
All-
I was hoping I could get some advice on what is a good block-design strategy
for the following problem.
I have two streams of complex samples coming in. I want a block or sequence
of blocks which outputs the cosine of the phase difference between the two
input
All-
I was hoping I could get some advice on what is a good block-design strategy
for the following problem.
I have two streams of complex samples coming in. I want a block or sequence
of blocks which outputs the cosine of the phase difference between the two
input streams.
If we could assert
Steven Clark wrote:
We could try and normalize the complex product, but the universe
explodes if it has length 0 (divide by 0).
What do you want the answer to be in this case? You will only have a
zero length vector from the conjugate multiplication if one of the
original vectors is also zero
