Goal-oriented error estimation for the reduced basis method, with application to sensitivity analysis
Analysis of PDEs
2014-07-11 v2 Numerical Analysis
Computation
Abstract
The reduced basis method is a powerful model reduction technique designed to speed up the computation of multiple numerical solutions of parametrized partial differential equations. We consider a quantity of interest, which is a linear functional of the PDE solution. A new probabilistic error bound for the reduced model is proposed. It is efficiently and explicitly computable, and we show on different examples that this error bound is sharper than existing ones. We include application of our work to sensitivity analysis studies.
Cite
@article{arxiv.1303.6618,
title = {Goal-oriented error estimation for the reduced basis method, with application to sensitivity analysis},
author = {Alexandre Janon and Maëlle Nodet and Clémentine Prieur},
journal= {arXiv preprint arXiv:1303.6618},
year = {2014}
}