On 12/07/2015, Theo Verelst theo...@theover.org wrote:
Try the extreme examples of pure white noise in repeated, not singular,
experiments, and images or data sets with certain givens about the data
in it, in proper statistical form.
To satisfy Theo Verelst's proper statistical needs, I
On 16/07/2015, robert bristow-johnson r...@audioimagination.com wrote:
i've only been following this coarsely, but did you post, either in code
or pseudo-code the entropy estimator algorithm? i'd be curious.
It's essentially based on the ideas outlined on 2015-07-14 19:52 CET,
see
On 14/07/2015, Mads Dyrholm dyrholm.m...@gmail.com wrote:
Well, I was thinking about this as well. How about a 1bit square wave then?
-
Your bitflip counter would not be sensitive to duty cycle.
The simpler bit counter would be.
I don't see why entropy should change with duty cycle since I
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On 7/15/15 11:39 AM, Peter S wrote:
So far my best entropy estimator algorithm using sophisticated
correlation analysis,
i've only been following this coarsely, but did you post, either in code
or pseudo-code the entropy estimator algorithm? i'd be curious.
gave entropy rate of 1 for
I wondered a few times what a higher entropy estimate for a higher
frequency would mean according to this - I think it means that a
higher frequency signal needs a higher bandwidth channel to transmit,
as you need a transmission rate of 2*F to transmit a periodic square
wave of frequency F. Hence,
On 14/07/2015, Ethan Duni ethan.d...@gmail.com wrote:
They're both poor estimators, since they both give non-zero results for the
entropy rate of a pulse wave (of whatever duty cycle).
So far my best entropy estimator algorithm using sophisticated
correlation analysis, gave entropy rate of 1
Apologies for cross-posting
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