Awesome, Thats some intensive crunching.  Thanks, Mike.

SC

Found it!

"Let's look first at the most computationally intensive portion of the
calculation. The first job is to "de-chirp" the data

- that is, to remove all the effects of the doppler acceleration. At the
finest resolution, we have to do this a total of 20,000 times, from -10
Hz/sec to +10 Hz/sec in steps of .002 Hz/sec. At each chirp-rate, the 107
seconds of data is de-chirped and then divided into 8 blocks of 13.375
seconds each. Each 13.375 second block is then examined with a bandwidth

of

.07 Hz for peaks (that's 131,072 tests (frequencies) per block per chirp
rate!)

This is a LOT of calculation! In this first step, you computer does about
200 billion calculations!"

http://setiathome.berkeley.edu/about_seti/about_seti_at_home_4.html

Mike