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Bayesian quantile regression in Julia

Method to study the cyclic and spectral properties of categorical time-series.

Analyze SPM grid spectroscopy data.

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

Makes pixels from strings in a very basic way

Statistical learning models for tabular data

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

Advanced process control for AutomationLabs

Dynamical systems identification

Julia package for Light Based Tomographic Volumetric Additive Manufacturing.

Probabilistic inference using the symbolic method.

Empirical Bayes mean estimation with nonparametric errors via order statistic regression in Julia (https://arxiv.org/abs/1911.05970)

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Schedule synthesizers!

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Package allowing tensor calculations in arbitrary coordinate systems.

Reverse correlation using linear regression and compressed sensing for uncovering the psychoacoustic tinnitus spectrum

Read Andor SIF file in Julia

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Utilities for turning DataFrames into panel-like data structures for use in causal inference models

Helpers for continuous <-> discrete indexing

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Guaranteed parallel root finding focused on speed and reliability

Plotting functionality for Agents.jl - Agent-Based Modelling in Julia

Simulating zonal flows on the β-plane.

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Acquire GNSS signals

Generalized CP Tensor Decompositions

Implement the Kasahara-Shimotsu Test to decide number of components in Gaussian Mixture Model.

Tools to pick data in an interactive manner

Geostatistical learning solvers for the GeoStats.jl framework

Wrappers for MINPACK into the SciML Common Interface

Spectral temporal filters banks for modeling A1, as described in Chi, Ru & Shamma 2005

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Provide PlotlyBase together with a `save()` function independently of PlotlyJS

Little helpers for neural networks in the Knet ecosystem

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.