This package provides semi-analytical solutions to the scattering of time harmonic and static electromagnetic fields from spherical objects.

A simulator for ecological dynamics written in Julia.

Remote sensing data processing

Utilities for characterizing sources in astronomical images.

DynamicHMC versions of StatisticalRethinking models

Julia package for multicellular modeling

Interface to the RobotLocomotion Drake Visualizer tool from Julia

Julia's HPC command for automatic feature/model selection using all-subset-regression approaches

Methods for profile likelihood analysis.

Simulating Rydberg atom dynamics with Tensor Networks

A Julia package for extracting mutation signatures using topic models

📊 A Julia package that summarises tabular data in the REPL

Schemata for tabular data sets in Julia.

Low Inertia Transient Simulation Toolbox for Power Systems

Julia utilities for interacting with biomedical databases and biomedical application programming interfaces (APIs)

Uniform interface for machine learning in Julia

Time-aware lags and leads in panel data.

[wip] Julia bridge to JSXGraph for interactive plots

Make turbulence with words

Analysis of Single Cell Expression data in Julia

A Julia package for automagical DC.js linked charts in your IJulia notebook

✂️ Pooled CRISPR screen optimization tool

Relational piecewise-linear overapproximations of multi-dimensional functions

ICD_GEMs.jl is a Julia package that allows to translate ICD-9 codes in ICD-10 and viceversa via the General Equivalence Mappings (GEMs) of the International Classification of Diseases (ICD).

High Oscillatory Ordinary Differential Equation Solver in Julia

Integrating Neural Ordinary Differential Equations, the Method of Lines, and Graph Neural Networks

Tools for chemometrics and machine learning on high-dimensional data (e.g. Partial least squares regression/discrimination)

Julia package for using Jags as an external program

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Core interface to design, solve, and simulate trajectory games.

Transpile from Julia to Python

Core methods and structures for neuroscience research in Julia.

High-fidelity orbit determination and propagation for Near-Earth Objects, in Julia

Mixed complementarity problems parameterized by "runtime"-parameters with support for implicit differentiation.

Implementation of the MLJ scientific type convention

ORM for Julia

Julia Incremental Technical Analysis Indicators (inspired by talipp)

Empirical Bayes estimation and inference in Julia.

Working efficiently with datasets where observations have associated uncertainties.

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