Jupyter notebooks for Gaussian Process
Abstract
This data repository contains Jupyter notebooks used to generate and analyze "Taming nuclear mass models with Gaussian processes" reported in the associated NST publication.File description:plot_RBF_2D-for-DB.ipynb: this jupyter notebook post-processes Gaussian Process regression using a two-dimensional input space and a Radial Basis Function (RBF) kernel.plot_MAT32_2D-for-DB.ipynb: this jupyter notebook post-processes Gaussian Process regression using a two-dimensional input space and a Matérn 3/2 kernel.plot_gp_MAT_various_input-for-DB.ipynb: this jupyter notebook post-processes Gaussian Process regression using an 8D input space and a Matérn 3/2 kernel.plot_theory_theory_8D-for-DB.ipynb: this jupyter notebook performs theory-to-theory validation using FRDM12 as “pseudo-experimental” data.Data description:2D_prediction_RBF_fix_noise.nc: output file from GP in 2D space and RBF kernel.2D_prediction_MAT32_fix_noise.nc: output file from GP in 2D space and MAT32 kernel.prediction_MAT32_various_input.nc: output file from GP in 8D space and MAT32 kernel.theory_theory_8D_fix_noise.nc: output file from GP in 8D space and MAT32 kernel using FRDM12 as training data.
Fields of Study & Subjects
Nuclear physics research studies
Gaussian Processes and Bayesian Inference
Machine Learning in Materials Science
Publication details
- Journal / source
- ScienceDB
- Publication date
- 6 February 2026
- Language
- EN
- Document type
- Dataset