Danny Mayer wrote:
Jonathan Buzzard wrote:
At the moment it exists as a Matlab program that runs against a previously
recorded HBG signal, that I normally cannot decode reliably with the
simplistic methods. However the Matlab program can decode the signal
accurately better than 90% of the time. It will need converting into C and
made to work in real time to be useful however.
JAB.
Normally I'd suggesting running the MatLab compiler which can convert it
to a binary but the overhead can be horrendous. I've done it but I don't
think you'd be happy with the time it would need to run your algorithm.
Danny
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If the difficulty is that the Matlab code is higly vectorizedm try using
the svmt library to provide vector operations in c++. I've been pleased
with the ease of recoding Matlab radar processing code using it, but it
is still recoding. The svmt fft routine is pretty poor, thugh. I
hacked in a call to the fftw3 library implementation instead. Matlab
uses fftw3 for fft's as well.
Tim keck
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