Operator pack for Jets.jl. Part of the COFII framework.

A Julia package for fusing broadcast expressions into optimized kernels

HYMOD model implementation in Julia

Interactive visualisations for the variational polaron problem with Makie.

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A Julia library for working with curvilinear grids

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

Julia package for opening and analyzing electrophysiological data

Makie recpies for visualising KmerAnalysis types and results.

Stochastic kinetic scheme for uncertainty quantification

This package provides a numerical method of applying linear noise approximation (LNA) to a given reaction system

Non-critical functions for SeaPearl

Calculate measures for Discriminative Lexicon models developed with JudiLing.

Functions and workflows for the analysis of microbiome data.

Julia package to facilitate the construction of JumpProblems on graphs.

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A Julia package for measuring observables from a time series generated by Monte Carlo sampling methods.

Convenient line plots of time series data identified by string keys (using GLMakie)

Multimodal datasets for Machine-Learning

An implementation of the BSDESPOT (Better Selection DESPOT) online POMDP Solver. BSDESPOT is a variation of DESPOT. It provides action branch selection based on upper and lower bounds, and multi-observation branches selection.

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[WIP] Random Fourier Feature approximations for KernelFunctions.jl

Wrapper of Metaheuristics.jl using the Nonconvex.jl API.

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Optimization for the Mimi.jl modeling framework

Julia rewrite of opt_einsum Python package

This repository is a Julia Meta analysis package

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

Bayesian Integration of functions

Analyzing ranked/ordinal preference data.

Physics-informed Machine Learning

Julia implementation of maximum entropy graph models

Benchmark BLAS libraries on GPUs

Non-homogenous Hidden Markov Models

Julia package for CT images reconstruction and analysis

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

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Specification and efficient samplers for several random matrix distributions, focusing on spiked models in real-valued data.