SciML Scientific Machine Learning Software Org

We are happy to announce a major advance in DifferentialEquations.jl. With improvements to #juilalang BDF methods, the QNDF method outperforms CVODE on the full SciMLBenchmarks suite and has replaced it in recommendations and defaults. Read more: sciml.ai/news/2021/05/2…

Shapley values, a method of explainable Machine Learning (ML), are now in GlobalSensitivity.jl #julialang #sciml. Shapley Effects provide a robust methodology for quantifying the influence of input variables on model outputs. Shapley on Neural ODEs: lnkd.in/gCqRczvB.

Overhauled error messages make it easy to understand incorrect inputs. Major expansions to docstrings, consistent use of style guides, and new #julialang packages for neural operators (DeepONets, Fourier Neural Operators)? See the #sciml ecosystem update! sciml.ai/news/2022/10/0…

Are you interested in @SciMLCon 2023? Well we are too, and we're interested in finding out what would make it even better than last year! Please take this survey to share your thoughts: form.jotform.com/222333194908053

New paper by Vaibhav Dixit and Chris Rackauckas on a #julialang #sciml library for Global Sensitivity Analysis (GSA)!

SciML@JuliaCon 2022 Modeling of Chemical Reaction Networks using Catalyst.jl | JuliaCon 2022 youtube.com/watch?v=tVfxT0…

SciML@JuliaCon 2022 Differentiable Earth system models in Julia | JuliaCon 2022 | Ludovic Räss, Boris Kaus, Julien Le Sommer, Nora Loose, Mathieu Morlighem, Chris Hill, Sarah Williamson, Valentin/Billy, Michel/Krishna, Chris Rackauckas youtube.com/watch?v=K2VtJe…

SciML@JuliaCon 2022 FdeSolver.jl: Solving fractional differential equations | Moein Khalighi | JuliaCon 2022 youtube.com/watch?v=FLB-qS…

SciML@JuliaCon 2022 Automated PDE Solving in Julia with MethodOfLines.jl | Alex Jones | JuliaCon 2022 youtube.com/watch?v=8gLhaW…

SciML@JuliaCon 2022 Modeling Instron's Crash Simulation System with ModelingToolkit.jl | Bradley Carman | JuliaCon 2022 youtube.com/watch?v=ChwKqr…

SciML@JuliaCon 2022 How to recover models from data using DataDrivenDiffEq.jl | Carl Julius Martensen | JuliaCon 2022 youtube.com/watch?v=26bHtR…

SciML@JuliaCon 2022 GeneDrive.jl: Simulate and Optimize Biological Interventions | Valeri Vasquez | JuliaCon 2022 youtube.com/watch?v=p0tnGC…

SciML@JuliaCon 2022 Fast optimization via randomized numerical linear algebra | Theo Diamandis | JuliaCon 2022 youtube.com/watch?v=aVw-T7…

SciML@JuliaCon 2022 How to debug Julia simulation codes (ODEs, optimization, etc.!) | ChrisRackauckas | JuliaCon 2022 youtube.com/watch?v=g-iOOh…

SciML@JuliaCon 2022 Exploring audio circuits with ModelingToolkit.jl | George Gkountouras | JuliaCon 2022 youtube.com/watch?v=3DfVow…

SciML@JuliaCon 2022 Using SciML to predict the time evolution of a complex network. | Andre Macleod | JuliaCon 2022 youtube.com/watch?v=EstpgV…

SciML@JuliaCon 2022 Universal Differential Equation models with wrong assumptions | Luca Reale | JuliaCon 2022 youtube.com/watch?v=lCDrCq…

SciML@JuliaCon 2022 Lux.jl: Explicit Parameterization of Neural Networks in Julia | Avik Pal | JuliaCon 2022 youtube.com/watch?v=5jF-c_…

SciML@JuliaCon 2022 Adaptive Radial Basis Function Surrogates in Julia | Ranjan Anantharaman | JuliaCon 2022 youtube.com/watch?v=3ncvAj…

SciML@JuliaCon 2022 HighDimPDE.jl: A Julia package for solving high-dimensional PDEs | Victor Boussange | JuliaCon 2022 youtube.com/watch?v=4sXqGh…

SciML@JuliaCon 2022 LinearSolve.jl: because A\b is not good enough | ChrisRackauckas | JuliaCon 2022 youtube.com/watch?v=JWI34_…