meta user
network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 1 year, 3 months |
| seen | Oct 5 '12 at 5:14 | |
| stats | profile views | 24 |
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Jul 1 |
comment |
$|2^x-3^y|=1$ has only three natural pairs as solutions Still looks more understandable to an average person :) |
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Jun 30 |
comment |
$|2^x-3^y|=1$ has only three natural pairs as solutions Wow this proof looks even better than the Levi's one :O |
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Jun 30 |
accepted | $|2^x-3^y|=1$ has only three natural pairs as solutions |
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Jun 30 |
comment |
$|2^x-3^y|=1$ has only three natural pairs as solutions Thanks for the edit, Siminore :) |
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Jun 30 |
accepted | P-value not shown when there are too many variables in a linear regression |
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Jun 30 |
accepted | How do you check whether the process is a Poisson process? |
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Jun 30 |
asked | $|2^x-3^y|=1$ has only three natural pairs as solutions |
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Jun 2 |
asked | P-value not shown when there are too many variables in a linear regression |
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May 22 |
comment |
How do you check whether the process is a Poisson process? Sir, you're genious :O Just that easily... Amazing! |
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May 22 |
comment |
How to count the mean of the Poisson process Want a honest answer? I did not study. For several reasons, only one of them being I hate what I study :( I have this one last exam. After that (assuming I did not fail it), I would continue my job as a programmer which I enjoy. I just need to remove the stage of studies from my life and thus I needed help. Thanks :) |
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May 22 |
accepted | With what a and b this IS a Wiener Process |
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May 22 |
asked | With what a and b this IS a Wiener Process |
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May 22 |
comment |
How do you check whether the process is a Poisson process? I get $E[X^2_t]=\lambda^2+\lambda$ Does that mean that $X^2_t\approx po((\lambda^2+\lambda)t)$ and thus not equal to $po(\lambda t)$ and thus not a Poisson process? (unless $\lambda=0$) |
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May 22 |
comment |
How to count the mean of the Poisson process Appreciated :)) |
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May 22 |
accepted | How to count the mean of the Poisson process |
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May 22 |
comment |
How to count the mean of the Poisson process You should post this as an answer :) |
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May 22 |
asked | How to count the mean of the Poisson process |
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May 22 |
comment |
How do you check whether the process is a Poisson process? Are you asking me for a clearer task or are these the answers I should ask myself to help me solve the problem? |
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May 22 |
asked | How do you check whether the process is a Poisson process? |
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May 1 |
awarded | Supporter |
