Hi Joe,
Yes, it should be possible to run everything on a single
fast computer with plenty of memory. I have not yet
established that the necessary CPU-sharing during
time-critical parts of each program is handled adequately
for this to work without glitches. Neither Linrad nor
Hi Leif,
Moreover, one will almost certainly want separate screens
for Linrad and MAP65 -- both of which generally use most or
all of a normal-size screen.
Yes, I agree - but those who have only one standard computer
should know it is possible - if it really is;-)
When MAP65 is available,
Hi Joe,
I have the original raw data file and have placed it at
http://physics.princeton.edu/pulsar/K1JT/06_0744.raw.bz2
Excellent:-)
One of the nuisances of using the original data file is that
Linrad's raw data are not time-stamped.
Oooh! But they are:-) Your file is stamped
Hi Leif,
The combination works OK, and but a significant number of
packets (around 400 in each minute, or slightly more than 1%
of the data) are dropped during MAP65's most
compute-intensive parts of each minute. Since plrs does no
significant computing, I imagine that the problem may be
Hello Joe,
I have now established the necessary network connection
between Linrad and MAP65. So far, I have found nothing to
prevent a happy marriage!
MAP65 receives a full 90 kHz of xpol signal from Linrad,
finds all the JT65 signals in that bandwidth, matches the
linear polarization
