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age 38
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seen Oct 26 '14 at 15:13

PhD candidate in Computational Neuroscience at the Hebrew University of Jerusalem, working on problems in theory of computing with neural networks. A retired software engineer.


Jan
18
awarded  Autobiographer
Oct
29
awarded  Supporter
Apr
3
accepted Eigenvalues of a mean correlation matrix (integral over correlation matrices with arbitrary density)
Apr
3
revised Eigenvalues of a mean correlation matrix (integral over correlation matrices with arbitrary density)
Minor fix
Apr
2
answered Eigenvalues of a mean correlation matrix (integral over correlation matrices with arbitrary density)
Mar
13
revised Eigenvalues of a mean correlation matrix (integral over correlation matrices with arbitrary density)
added 203 characters in body
Mar
12
revised Eigenvalues of a mean correlation matrix (integral over correlation matrices with arbitrary density)
added 13 characters in body
Mar
12
asked Eigenvalues of a mean correlation matrix (integral over correlation matrices with arbitrary density)
Aug
7
accepted Convergance of a system to Boltzmann distribution
Aug
7
revised Convergance of a system to Boltzmann distribution
added 8 characters in body
Aug
7
awarded  Editor
Aug
7
revised Convergance of a system to Boltzmann distribution
Made clear X is finite dimension
Aug
7
comment Convergance of a system to Boltzmann distribution
Thanks, I meant finite dimension for X.
Aug
7
asked Convergance of a system to Boltzmann distribution
Mar
13
awarded  Scholar
Mar
13
accepted Normal distribution of x, xdot
Mar
4
comment Normal distribution of x, xdot
With the histogram I presented I have 120 seconds sampled using 20K samples/sec, but I have much more data.
Mar
4
comment Normal distribution of x, xdot
This is a biological measurements from cells, and x is the voltage which fluctuate quite randomly, due to external (non-measured) events. No observable oscillations there!
Mar
3
comment Normal distribution of x, xdot
Ok, this is experimental measurements so obviously I don't have access to xdot, just to (x(t+dt)-x(t))/dt for dt of my choise (sampling frequency). I believe the variance of x is fixed as t increases, which is inconsistent with a Wiener process. I'll recheck this.
Mar
3
comment Normal distribution of x, xdot
The case here is of a complex dynamic system which is indeed bounded, so your comment is very interesting. Can you suggest some intuition why do such relation occur (relation by Fourier transform)?