JuliaFEM base package (core functionality)

Package to analyse VIIRS nighttime lights

Statistical power analyses in Julia

Data structures for linear and quadratic optimization problems based on NLPModels.jl

Propagators for Quantum Dynamics and Optimal Control

Reactive environments for self-learning agents

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Collection of Power Flow solution methods based on PowerSystems.jl

Import dynamic models in the SBML format into a ReactionSystem for Gillespie, SDE and ODE simulations

Toolkit for analysis of radiation spectra in Julia

A package for computing surface fluxes between the atmosphere, ocean and land models.

Reduce several arbitrary-connectivity optimization problems into maximum independent set problems on a grid

Tidier text analysis in Julia, modeled after the tidytext R package.

Plotting tools for Unfold.jl based on Makie.jl and AlgebraOfGraphics.jl

LightGraphs.jl-formatted graph files taken from the SNAP Datasets collection.

Monoid, Functor, Applicative, Monad and more

Julia implementation of stochastic optimization algorithms for large-scale optimal transport.

Produces a Software Bill of Materials (SBOM) describing your Julia Pkg environment. SBOM is in the SPDX format

Analysis of Variance for Julia, the old-fashioned way.

A convenient package for working with time series (time-indexed arrays)

A pure Julia implementation of the Targeted Minimum Loss-based Estimation

A LightGraphs.jl compatible graph package for graphs with multiple vertex, edge and graph metadata.

Display utilities for phylogenetic trees and networks

Fast evaluation of multivariate polynomials

The core AbstractStrideArray type, separated from StrideArrays.jl to avoid circular dependencies.

Some convenient hacks when using Nonconvex.jl.

StateSpaceLearning.jl is a Julia package for time-series analysis using state space learning framework.

Assorted s-expression utilities for Julia

Julia code for nuclear shell-model calculations

Coloring algorithms for sparse Jacobian and Hessian matrices

Solver for 1D nonlinear partial differential equations in Julia based on the collocation method of Skeel and Berzins and providing an API similar to MATLAB's pdepe

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N-Point Correlation Functions in Julia

Efficient Astronomical Time transformations in Julia.

Julia package to access CERN ROOT files, wraps Python package uproot

This package offers both traditional benchmark and newly developed Online Portfolio Selection (OPS) algorithms implementation.

Julia library for working with sinograms / tomography / Radon transform

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🧬 Tools for Quadratic Unconstrained Binary Optimization models in Julia

Align signals to each other