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@ODINN-SciML

ODINN

Global climate-glacier interactions modelling with Universal Differential Equations

Welcome to the ODINN research project and SciML modelling framework

ODINN is an open-source glacier modelling project that investigates innovative hybrid methods to discover new laws governing glacier physics. By leveraging differentiable programming techniques, we are developing hybrid models that integrate differential equations describing ice flow with machine learning models to learn and parameterize specific components of these equations. This approach facilitates the discovery of parameterizations for glacier processes, helping to bridge the gap between our current mechanistic understanding of glacier physics and emerging observational data.

Architecture

ODINN is split among multiple Julia packages (with the exception of Gungnir), each one playing a very specific role:

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  1. ODINN.jl ODINN.jl Public

    SciML glacier model

    Julia 81 14

  2. MassBalanceMachine MassBalanceMachine Public

    Global machine learning glacier mass balance model, capable of assimilating all sources of glaciological and remote sensing data

    Jupyter Notebook 28 17

  3. SphereUDE.jl SphereUDE.jl Public

    A Julia package for regression in the sphere based on Universal Differential Equations

    Julia 3 3

  4. DiffEqSensitivity-Review DiffEqSensitivity-Review Public

    A Review of Sensitivity Methods for Differential Equations

    TeX 31 14

  5. Huginn.jl Huginn.jl Public

    Fast and flexible glacier ice flow models

    Julia 3 5

  6. Muninn.jl Muninn.jl Public

    Scientific machine learning glacier mass balance models

    Julia 5 4

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Showing 10 of 15 repositories

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