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I am trying to derive some inference from regressions based on different kernel combinations, and I am doing so computing the Bayes factors (indeed by means of a Parallel-Tempering Ensemble MCMC to compute the evidence). This is fine however, as far as I have understood the matter, this requires to add priors (when they are needed) properly normalised. I just wonder whether the bounds one can introduce in the kernel definitions behave like flat priors or it is anyway better to explicitly define these priors and take care of their normalisations.
Thanks,
Stefano
The text was updated successfully, but these errors were encountered:
Hi,
I am trying to derive some inference from regressions based on different kernel combinations, and I am doing so computing the Bayes factors (indeed by means of a Parallel-Tempering Ensemble MCMC to compute the evidence). This is fine however, as far as I have understood the matter, this requires to add priors (when they are needed) properly normalised. I just wonder whether the bounds one can introduce in the kernel definitions behave like flat priors or it is anyway better to explicitly define these priors and take care of their normalisations.
Thanks,
Stefano
The text was updated successfully, but these errors were encountered: