Generate simulated DNA sequences for regulatory genomics problems

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Computing the prior number of clusters for Gibbs-type priors.

Julia Style Package Manager for RCall users

Lightweight module for fusing physical and neural models

Hypothesis Tests for Validating MCMC Kernels

Linear mixed model genome scans for many traits

Julia package to determine effective number of uncorrelated data points in a correlated data stream via an O(log N) online binning algorithm.

Adjust Poisson and Binomial Generalised Linear Models to their quasi equivalents for dispersed data

Core functions to obtain L1-L2 penalized estimates for matrix linear models.

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

Univariate density estimation via Bernstein polynomials; able to model explicit combinatorial shape constraints.

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Simulate phenotypes from any GLM model

Julia implementation of maximum entropy graph models

HYMOD model implementation in Julia

Optimization for the Mimi.jl modeling framework

Julia rewrite of opt_einsum Python package

Multimodal datasets for Machine-Learning

MulticlassPerceptron.jl

Forecast evaluation procedures for time-series data

Tiny Gibbs sampler making use of AbstractMCMC.jl and MCMCChains.jl

Non-critical functions for SeaPearl

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

Non-homogenous Hidden Markov Models

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A package for Hidden Markov Models with exogenous control variables.

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Exact simulation of the Wright--Fisher diffusion

Physics-informed Machine Learning

Julia package for opening and analyzing electrophysiological data

🌱 example of DSSAT-like crop model written in Cropbox

Fitting astrophysical star formation histories via CMD modelling.

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

A Julia package for Stochastic Block Models

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.

A collection of background subtraction algorithms for spectroscopic data

Agent-based modeling framework for bacterial behavior, based on Agents.jl