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Bayesian Calibration of an Accelerator Digital Twin with Machine Learning Assistance

A method is developed for calibrating a digital twin of a particle accelerator at Brookhaven National Laboratory using beam orbit measurements. Bayesian methods estimate parameters, including quadrupole transfer functions, with uncertainties. Machine learning acceleration is provided by an emulator trained on an ensemble of Bmad simulations with perturbed parameters.

Why it matters

The work shows how combining Bayesian calibration and ML emulators enables accurate digital twins of complex physical systems, relevant for modeling large infrastructure.

Original headline
Machine learning assisted Bayesian calibration of an accelerator digital twin from orbit response data
Read the original: arXiv API — полнотекстовый поиск "digital twin"

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