Comparison of KL, wavelet, and local average subdivision discretizations in multilevel MCMC for plane stress elasticity finds local average subdivision superior in mixing and cost-to-error at high resolutions.
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Comparison of random field discretizations for high-resolution Bayesian parameter identification in finite element elasticity
Comparison of KL, wavelet, and local average subdivision discretizations in multilevel MCMC for plane stress elasticity finds local average subdivision superior in mixing and cost-to-error at high resolutions.