A package for solving optimal power flow problems using distributed algorithms.

Simulation of simple controls problems in Julia

A Julia framework for smoothed particle hydrodynamics. Requires Julia 1.5 or newer.

Provides PETSc solvers to the Gridap project

Solvers for steady states in scientific machine learning (SciML)

Trajectory simulations for point particles in Ocean, Atmosphere, etc flow fields

A Julia package for interacting with the Hugging Face dataset repository.

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Interpretable Machine Learning via Rule Extraction

Bayesian Linear Regression in Julia

A JuMP extension for probabilistic (chance) constraints

Abstract operators for large scale optimization in Julia

Neural Network based models for Natural Language Processing

A Julia package for computing discrete eigenvalues of second order ODEs

Fast image encryption and decryption algorithms in Julia!

Neo4j Bolt driver for Julia supports Neo4j 3.0 and above

A MathOptInterface.jl interface to the MOSEK solver

Julia interface to LaMEM (Lithosphere and Mantle Evolution Model)

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Compute Lomb-Scargle periodogram, suitable for unevenly sampled data. It supports multi-threading

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A differentiable simulator for robotic systems.

Jacobi polynomials and Gauss quadrature related functions

Effortlessly uncover and label thematic insights in large document collections using the power of Large Language Models and Julia Language

Computer algebra tools for symbolic manipulations in quantum mechanics and quantum information

Access DBnomics data series from Julia.

Utilities to efficiently track learning curves or other optimization information

Pure julia implementation of Multiple Affine Invariant Sampling for efficient Approximate Bayesian Computation

A scaffolding for building inviscid flow models

Interactive Fixed Effect Models — Bai (2009)

Package for performing DQMC simulations of Hubbard and Electron-Phonon Models

The fastest tropical matrix multiplication in the world!

Automatic transformation of implications and complementarity into mixed-integer models in Julia

TrixiParticles.jl: Particle-based multiphysics simulations in Julia

Contains a wide-ranging collection of compressed sensing and feature selection algorithms. Examples include matching pursuit algorithms, forward and backward stepwise regression, sparse Bayesian learning, and basis pursuit.

Implementations of parallel tempering algorithms to augment samplers with tempering capabilities

Concise and friendly interfaces for defining MDP and POMDP models for use with POMDPs.jl solvers

Tools for the design and characterisation of thin-films written in Julia.

Octofitter is a Julia package for performing Bayesian inference against direct images of exoplanets, relative astrometry, and astrometric acceleration of the host star.

A simple Julia wrapper for Tesseract OCR