On 12/07/2015, Theo Verelst wrote:
> Peter S wrote:
>> There's an entropy estimation equation
>
> Really cute, but it's still under the supposition that you understand
> statistics main rules.
Are you implying that the authors of all papers using the quoted
entropy estimation equation "do not und
That's the point. You don't have to evaluate that integral, just
numerically integrate the ordinary differential equation that follows from
it to fill your wavetables.
Charles Z Henry wrote:
> ...
>
> y=conv(u, f_s*sinc(f_s*t) )
>
>
Think about it that that is a shifting integral with an sin(x)
Peter S wrote:
There's an entropy estimation equation
Really cute, but it's still under the supposition that you understand
statistics main rules. And it's like I've said a couple of times before,
a *given* probability distribution, you're breaking the main laws of
statistics with (don't gen
Charles Z Henry wrote:
...
y=conv(u, f_s*sinc(f_s*t) )
Think about it that that is a shifting integral with an sin(x)/x in it,
for which there isn't even an easy solution if f_s is really simple.
T.
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