muq
Markov Chain Monte Carlo algorithms from the MUQ package
Topics
bayesian_calibration
Specification
Alias: None
Arguments: None
Child Keywords:
Required/Optional |
Description of Group |
Dakota Keyword |
Dakota Keyword Description |
---|---|---|---|
Required |
Number of Markov Chain Monte Carlo posterior samples |
||
Optional |
Seed of the random number generator |
||
Optional |
Selection of a random number generator |
||
Optional |
Export the MCMC chain to the specified filename |
||
Optional (Choose One) |
MCMC Algorithm |
Use the Adaptive Metropolis MCMC algorithm |
|
Use the Delayed Rejection MCMC algorithm |
|||
Dimension-independent likelihood-informed MCMC |
|||
Use the DRAM MCMC algorithm |
|||
Metropolis-adjusted Langevin algorithm |
|||
Use the Metropolis-Hastings MCMC algorithm |
|||
Optional |
Perform deterministic optimization for MAP before Bayesian calibration |
||
Optional |
Defines the technique used to generate the MCMC proposal covariance. |
Description
The muq
method supports the following MCMC algorithms:
adaptive metropolis (AM), Metropolis Hasting (MH), delayed
rejection (DR), delayed-rejection adaptive metropolis (DRAM),
Metropolis-adjusted Langevin algorithm (MALA), or dimension-independent
likelihood-informed (DILI).
The muq
method is currently an experimental method that relies
on algorithms from MIT’s MUQ code documented at:
https://bitbucket.org/mituq/muq2/src/master/