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When using Simulated Tempering, we require some normalising function K on the inverse temperatures, ideally we would have K(\beta) = [\int_x \pi(x)^\beta dx]^-1] to result in a uniform marginal distribution over the temperature component of the chain, the Wang-Landau algorithm can be used to learn K(\beta) but I think it has some issues, only done some preliminary reading per these papers:
When using Simulated Tempering, we require some normalising function
K
on the inverse temperatures, ideally we would haveK(\beta) = [\int_x \pi(x)^\beta dx]^-1]
to result in a uniform marginal distribution over the temperature component of the chain, the Wang-Landau algorithm can be used to learnK(\beta)
but I think it has some issues, only done some preliminary reading per these papers:Any other ideas on how to best calculate
K
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