Markov Chain Monte Carlo methods

2017-08-28 — 2022-06-08

Bayes
estimator distribution
generative
Markov processes
Monte Carlo
probabilistic algorithms
probability

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Figure 1: This chain pump is not a good metaphor for how a Markov chain Monte Carlo sampler works, but it does correctly evoke the effort involved.

Despite studying within this area, I have nothing to say about MCMC broadly, but I do have some things I wish to keep notes on.

1 Hamiltonian Monte Carlo

A method inspired by conservation laws in physics.

2 Connection to variational inference

Deep. See ()

3 Adaptive MCMC

See Adaptive MCMC.

4 Stochastic Gradient Monte Carlo

See SGD MCMC.

5 Tempering

e.g. Ge, Lee, and Risteski ();Syed et al. (). Saif Syed can explain this quite well. Or, as Lee and Risteski put it:

The main idea is to create a meta-Markov chain (the simulated tempering chain) which has two types of moves: change the current “temperature” of the sample, or move “within” a temperature. The main intuition behind this is that at higher temperatures, the distribution is flatter, so the chain explores the landscape faster.

Figure 2

6 Mixing rates

See ergodic theorems and mixing.

7 Debiasing via coupling

Pierre E. Jacob, John O’Leary, Yves Atchadé, crediting Glynn and Rhee (), made MCMC estimators without finite-time bias, which is nice for parallelisation ().

8 Affine invariant

J. Goodman and Weare ()

We propose a family of Markov chain Monte Carlo methods whose performance is unaffected by affine transformations of space. These algorithms are easy to construct and require little or no additional computational overhead. They should be particularly useful for sampling badly scaled distributions. Computational tests show that the affine invariant methods can be significantly faster than standard MCMC methods on highly skewed distributions.

Implemented in, e.g. emcee ().

9 Efficiency of

Want to adaptively tune the MCMC? See tuning MCMC.

10 Incoming

11 References

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