Fdtxjr

Is this version of a gravity generator feasible?

Why didn't Theresa May consult with Parliament before negotiating a deal with the EU?

Risk of infection at the gym?

What is the difference between "behavior" and "behaviour"?

You cannot touch me, but I can touch you, who am I?

Is the destination of a commercial flight important for the pilot?

Do sorcerers' subtle spells require a skill check to be unseen?

System.debug(JSON.Serialize(o)) Not longer shows full string

Two monoidal structures and copowering

Closest Prime Number

Are student evaluations of teaching assistants read by others in the faculty?

Trouble understanding the speech of overseas colleagues

Term for the "extreme-extension" version of a straw man fallacy?

How to write papers efficiently when English isn't my first language?

What does "I’d sit this one out, Cap," imply or mean in the context?

How easy is it to start Magic from scratch?

Purchasing a ticket for someone else in another country?

Is a stroke of luck acceptable after a series of unfavorable events?

What is the intuitive meaning of having a linear relationship between the logs of two variables?

Is expanding the research of a group into machine learning as a PhD student risky?

A particular customize with green line and letters for subfloat

Was Spock the First Vulcan in Starfleet?

Balance Issues for a Custom Sorcerer Variant

Increase performance creating Mandelbrot set in python

Can an arbitrary random vector be approximated by a normal random vector?

Convergence in distribution of Gaussian processesA sequence of Gaussian random vectors converges to a Gaussian random vectorA convergent sequence of normal random variablesIs the permutation of a Gaussian random vector still a Gaussian random vector?Reference request: weak-star convergence plus convergence of normsConvergence of vector of sum of random variablesDistribution of a general linear mapping of a random vectorDoes there exist a mutivariate inverse?Calculating the covariance of a given random vector in the unit squareFactorization of Square-integrable random-variables and Generalized Inverses

0

1

$begingroup$

Let $X$ be an $n$-dimensional gaussian random vector, and $Y$ be an $n$-dimensional random vector such that $det(cov(X))neq 0$ and $det (cov(Y))neq 0$.

Then, does there exists a sequence of invertible $C^1$ functions $f_k$ such that $f_kcirc X Rightarrow Y$ (weak convergence)?

Is there any reference related to this kind of problem?

probability-theory probability-distributions reference-request

share|cite|improve this question

asked Mar 17 at 20:42

RubertosRubertos

5,7642825

$endgroup$

add a comment | 

0

1

$begingroup$

Let $X$ be an $n$-dimensional gaussian random vector, and $Y$ be an $n$-dimensional random vector such that $det(cov(X))neq 0$ and $det (cov(Y))neq 0$.

Then, does there exists a sequence of invertible $C^1$ functions $f_k$ such that $f_kcirc X Rightarrow Y$ (weak convergence)?

Is there any reference related to this kind of problem?

probability-theory probability-distributions reference-request

share|cite|improve this question

asked Mar 17 at 20:42

RubertosRubertos

5,7642825

$endgroup$

add a comment | 

$begingroup$

Let $X$ be an $n$-dimensional gaussian random vector, and $Y$ be an $n$-dimensional random vector such that $det(cov(X))neq 0$ and $det (cov(Y))neq 0$.

Then, does there exists a sequence of invertible $C^1$ functions $f_k$ such that $f_kcirc X Rightarrow Y$ (weak convergence)?

Is there any reference related to this kind of problem?

probability-theory probability-distributions reference-request

share|cite|improve this question

asked Mar 17 at 20:42

RubertosRubertos

5,7642825

$endgroup$

share|cite|improve this question

asked Mar 17 at 20:42

RubertosRubertos

5,7642825

share|cite|improve this question

asked Mar 17 at 20:42

RubertosRubertos

5,7642825

asked Mar 17 at 20:42

RubertosRubertos

5,7642825

asked Mar 17 at 20:42

RubertosRubertos

5,7642825