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We want to look over papers / existing docs and find a methodical way to quantify the overlap / parametrize the distances between two Negative-Binomials. Such metrics as Hellinger distance and Bhattacharyya coefficient are potentially worth looking into.
The text was updated successfully, but these errors were encountered:
brandonwillard
changed the title
Quantify the overlap / parametrize the distances between Negative-Binomials
Investigate negative-binomial mixture parameterizations that minimize component overlap
Jul 10, 2020
brandonwillard
changed the title
Investigate negative-binomial mixture parameterizations that minimize component overlap
Investigate negative-binomial mixture parameterizations that address component overlap
Jul 10, 2020
That's a pretty useful numerical study. The work they do to break down negative-binomials into Poisson-like terms might help with the derivation of a negative-binomial parameterization based on the standard additive Poisson parameterizations, but that would entail a bit of original research work.
Let's see if we can find papers with good examples of negative-binomial HMMs estimated with MCMC. These are likely to contain immediately useful parameterizations, prior choices, etc.
On the HMM / MCMC side, so far I haven't been able to find a lot of relevant docs specifically pertaining to parameterizations / prior choices for negative-binomials. Most of them tend to center around the applied use case of negative-binomial HMMs (i.e. RNA data, rainfall data).
We want to look over papers / existing docs and find a methodical way to quantify the overlap / parametrize the distances between two Negative-Binomials. Such metrics as Hellinger distance and Bhattacharyya coefficient are potentially worth looking into.
This issue is related to #12 .
The text was updated successfully, but these errors were encountered: