Simulation III: Monte Carlo and Markov Chain Monte Carlo (Introduction to Statistical Computing)

Three-Toed Sloth 2013-12-20

Summary:

Lecture 16: The Monte Carlo principle for numerical integrals: write your integral as an expectation, take a sample. Examples. Importance sampling: draw from a distribution other than the one you really are want, then weight the sample values. Markov chain Monte Carlo for sampling from a distribution we do not completely know: the Metropolis algorithm. Gibbs sampling. Bayesian inference via MCMC.

Readings: Handouts on Markov Chains and Monte Carlo, and on Markov Chain Monte Carlo

Optional readings: Charles Geyer, "Practical Markov Chain Monte Carlo", Statistical Science 7 (1992): 473--483; "One Long Run"; Burn-In is Unnecessary; On the Bogosity of MCMC Diagnostics

Introduction to Statistical Computing

Link:

http://bactra.org/weblog/1073.html

From feeds:

Statistics and Visualization ยป Three-Toed Sloth

Tags:

Date tagged:

12/20/2013, 07:11

Date published:

12/20/2013, 07:11