Report describing the result of the machine learning benchmark carried out during the WP DONUT: EURAD-DONUT Deliverable 4.8

Nikolaos I. Prasianakis, Eric Laloy, Diederik Jacques, Johannes C. L. Meeussen, Christophe Tournassat, George-Dan Miron, Dmitrii A. Kulik, Andrés Idiart, Ersan Demirer, Emilie Coene, Benoit Cochepin, Marc Leconte, Mary Savino, J. Samper II, Marco De Lucia, C. Yang, Sergey Churakov, Javier Samper, Olaf Kolditz, Francis Claret

Research outputpeer-review

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Abstract

Due to recent technological developments, the fields of artificial intelligence and machine learning methods (ML) are growing at a very fast pace. The DONUT scientific community has recently started using ML for a) accelerating numerical simulations, b) multiscale and multiphysics couplings, c) uncertainty quantification and sensitivity analysis. There are first evidences, which suggest an overall acceleration of calculations between one to four orders of magnitude. Within DONUT a benchmark was designed to coordinate activities and test a variety of ML techniques relevant to geochemistry and reactive transport. It aimed at benchmarking the major geochemical codes, at generating high quality data for training/validation of existing/new ML methodologies and at providing basic guidelines about the benefits and drawbacks of using ML techniques. A joined publication will be submitted in the upcoming weeks to disseminate the conducted work.
Original languageEnglish
PublisherEURAD - European Joint Programme on Radioactive Waste Management
Number of pages18
StatePublished - 31 May 2024

Publication series

NameEURAD Reports
PublisherEURAD
No.D4.8

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