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Rossenblat (and inverse) transformation is often used in uncertainty analysis (particularly reliability analysis) to transform random variables into independent standard normal variables.
There is a bit of rosenblatt transformation implemented in BivariateCopulas.jl. I know this transformation is very useful, I am just not really sure how we can make it generic enough to work for all copulas (on one side) and specific enough for standard models to obtain fast computations.
It is also used to do quasi-random-number generation with a dependence structure, which is really useful for some use-cases.
The text was updated successfully, but these errors were encountered:
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Rossenblat (and inverse) transformation is often used in uncertainty analysis (particularly reliability analysis) to transform random variables into independent standard normal variables.
[New feature] Rosenblatt (and inverse) transformations
Feb 13, 2024
@AnderGray By the way, would you agree for us to port plotting interface / rosenblatt transforms / other functionalities from BivariateCopulas.jl to Copulas.jl ? We will have to think about how to credit you of course, maybe you should author the PRs
AnderGray said in Joss's review:
There is a bit of rosenblatt transformation implemented in
BivariateCopulas.jl
. I know this transformation is very useful, I am just not really sure how we can make it generic enough to work for all copulas (on one side) and specific enough for standard models to obtain fast computations.It is also used to do quasi-random-number generation with a dependence structure, which is really useful for some use-cases.
The text was updated successfully, but these errors were encountered: