meta user
network profile
| bio | website | |
|---|---|---|
| location | ||
| age | ||
| visits | member for | 6 months |
| seen | May 7 at 12:18 | |
| stats | profile views | 315 |
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May 7 |
awarded | Caucus |
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May 1 |
reviewed | Leave Closed Proof mathematically |
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May 1 |
reviewed | Close Help with math question please |
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May 1 |
reviewed | Leave Open Existence of functions/sequences with certain properties |
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May 1 |
revised |
Interchange differential operator with Lebesgue integral. edited body |
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May 1 |
comment |
Interchange differential operator with Lebesgue integral. @fgp A reference is an answer. Getting downvoted and being received negatively after taking the effort and time to write a reference for a result I know where to find (and for which I do not wish to re-transcribe the theorems in the reference) just makes want to stop answering such questions in the future. |
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May 1 |
comment |
Product of stationary stochastic process @phil12 It is not a good idea to ask two questions in one post. Anyway as hint, write $f_z$ as a function of $\gamma_z$, replace $\gamma_z$ by the product found in the first question, apply the inverse transform to $\gamma_x$, interchange summation and integration (after justifying why you could do it), apply the inverse transform to $\gamma_y$ and you've got your answer. |
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Apr 30 |
comment |
Sum of stationary process Which stationarity concept are you using? Strict stationarity, covariance stationarity etc...? |
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Apr 30 |
answered | Product of stationary stochastic process |
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Apr 30 |
comment |
Lebesgue measure on $\mathbb{R}$ is not a probability measure en.wikipedia.org/wiki/%CE%A3-finite_measure#Lebesgue_measure |
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Apr 30 |
answered | Interchange differential operator with Lebesgue integral. |
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Apr 30 |
answered | densities being absolutely continuous wrt Lebesgue measure |
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Apr 30 |
reviewed | Leave Open Finding the image of a homomorphism |
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Apr 30 |
reviewed | Reopen What is the point of countable vs. uncountable sets? |
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Apr 29 |
reviewed | Close most general entire functions of the form $f(z)=u(x)+iv(y)$ |
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Apr 29 |
reviewed | Close A question on second countable spaces |
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Apr 29 |
comment |
French notational differences No major differences. |
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Apr 29 |
reviewed | Close inverse Laplace transform? |
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Apr 29 |
awarded | Custodian |
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Apr 29 |
reviewed | Leave Closed How to verify this statement that is analytic |
