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Fri Oct 23 13:48:25 CEST 2009 · https://mail.python.org/pipermail/python-dev/2009-October/093233.html

Thanks, I'll take a look in that direction.

> -----Original Message-----
> From: Nick Coghlan [mailto:ncoghlan at gmail.com]
> I've even played with using Kalman filtering to do it... The idea is
> > to use the low frequency timer to apply correction coefficients to
> > the high frequency timer, yet keep the flow of time smooth (no
> > backwards jumps because of corrections.).  An optimal solution has so
> > far eluded me.
> 
> That sounds very similar to the problem spec for system time
> corrections
> in Network Time Protocol client implementations. Perhaps the time
> drifting algorithms in the NTP specs are relevant? Or are they too slow
> to correct discrepancies?

K

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[Python-Dev] time.clock() on windows