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Quicky2357
  • Member for 5 years, 4 months
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Bernoulli random matrix and rotationally-invariant ensemble
$P(\mathbf{A})$ is the PDF of matrix $\mathbf{A}$
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Upper bound an integral with exponential function
@ Iosif Pinelis: I am trying to understand why we have $I_2 =O(1/n)$. Can you give me any ideas?
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Upper bound an integral with exponential function
That is amazing :D thank you so much
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Upper bound an integral with exponential function
I think you miss the formula of the second term. It is $1-(t-a)^2$ in the denominator.
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Stein's lemma for Gaussian variables proof
I have my own answer now, I choose $\alpha = \frac{\mathbb{E}\{Z_1Z_2\}}{\mathbb{E}\{Z_2^2\}}$
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Stein's lemma for Gaussian variables proof
And why we can write $Z_1 = \alpha Z_2 + \tilde{Z}_1$ with $Z_2, \tilde{Z}_1$ are independent?
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