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Stochastic kinetic scheme for uncertainty quantification

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MulticlassPerceptron.jl

Multimodal datasets for Machine-Learning

MultiGrid Barrier method

A standalone machine learning metrics library developed for Knet

Makie recpies for visualising KmerAnalysis types and results.

Bayesian optimal design of experiments in Julia. Note: This is just a mirror of the main branch for the Julia General registry. Development happens at sourcehut. Please report any issues over there.

Interfacing NumericalEFT with TRIQS and other external packages.

Calculate measures for Discriminative Lexicon models developed with JudiLing.

JUDI parallelism with Azure batch

Julia package to facilitate the construction of JumpProblems on graphs.

Simulate Machine Learning-based Business Processes in Julia

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Inverse distance estimation solver for the GeoStats.jl framework

Invariant Causal Prediction in pure Julia

Little helpers for neural networks in the Knet ecosystem

Wrappers for MINPACK into the SciML Common Interface

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Basic data dictionary functionalities of IMAS.jl

Implementation of basic hyperbolic geometry (Poincare disc model)

Optimization for the Mimi.jl modeling framework

Julia package for fitting regularized linear mixed-effect models on high-dimensional omics data.

🌐 Recipes and tools for generating spherical shell grids for ocean simulations with Oceananigans

CPU ray tracing through voxelized geometry

Common utilities for high-contrast imaging

A Julia package to efficiently handle repetitive patterns

Geostatistical processes for the GeoStats.jl framework

Developer tools for the GeoStats.jl framework

Geostatistical simulation solvers for the GeoStats.jl framework

Physics-informed Machine Learning

Julia package for opening and analyzing electrophysiological data

Geostatistical estimation solvers for the GeoStats.jl framework

Artifacts for Geospatial Data Science

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A Julia package for Generative Topographic Mapping

Interactive visualisations for the variational polaron problem with Makie.

An implementation of Feynman's variational path integral technique, written in Julia, for the determination of phenomenological properties of the electron in electronic materials.

Methods to find zeros (roots) of polynomials over given domains