Julia package for automating phylogenetic factor analysis model selection

Analysis of Gaussian models on phylogenetic networks using belief propagation (aka message passing)

Julia package for Light Based Tomographic Volumetric Additive Manufacturing.

Wynn's Epsilon Algorithm for transforming symbolic SymPy expressions

StableSpectralElements.jl: Provably stable discontinuous spectral-element methods for conservation laws

Fast forward simulations of extragalactic foregrounds

Create manifolds based on LUTs or ideal antennas. Get steering vectors depending on DOA and plot patterns

A Julia wrapper for the PORTA polyhedral analysis software.

Phylogenetic Estimation of Shifts in the Tempo of Origination

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Estimating the transfer operator (Perron Frobenius operator) and invariant measures from time series.

Linear periodic time-varying systems tools in Julia

Extend Graphs.jl to manipulate periodic graphs

Joint parameter and state inference for state space models using Bayesian techniques

A collection of empirical and optimization stomatal models.

Distributed Sparse Matrix Factorizations

A julia package for the simulation of stirred tank reactor with surface, gasphase or user defined chemistry models

Statistical Process Monitoring in Julia

Series-expansion thermal tensor network (SETTN)

Julia-language port of the Sequencer algorithm, originally developed in python (https://github.com/dalya/Sequencer). The Sequencer finds trends in 1-dimensional data sets and has been used by its original authors for data analysis in astrophysics, seismology, image processing, etc. Contributions are welcome!

A simple method to simulate Genotyping-by-Sequencing (GBS) data.

Scalable and distributed matrix-free abstractions for machine learning and scientific computing

A Julia package to efficiently handle repetitive patterns

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Extension of PeriodicGraphs.jl for euclidean embeddings and symmetry considerations

Non-homogenous Hidden Markov Models

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A Julia/JuMP Package for Petroleum Network Optimization

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Photosynthesis models for C3 and C4 photosynthesis.

Physics-informed Machine Learning

Julia package for opening and analyzing electrophysiological data

(Experimental) Predicting hand assignments in piano MIDI using neural networks

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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

Polyomino.jl - Polyomino generation and chess algorithms implemented in Julia

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Create population genetics simulations