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Gaussian Mixture Model Parameter Estimation

FDFD code for scattering and spectral analysis of complex media

An _educational_ implementation for computing the Jordan form and its transformation matrix.

A family of distributions that can serve as statistical models for unimodal distributions.

A package for the simulation of gas chromatography (GC) in complex systems

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DEPRECATED! Toolkit to work with the cosmological Tree-SPH code Gadget

Estimate LoD from data

A simple fusion systems code for comparing pulsed and steady-state tokamaks

High-performance market risk measures for your portfolio.

Methods for the evaluation of maximum entropy distributions

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Plotting recipes for equations of state

Simulations of epithelial dynamics in 1D.

Largrange polynomial based spectral PDE solvers

Noise modeling

A Julia package to handle multi-dimensional radio interferometric data

A Julia package to provide generic parameterized models for radio interferometric data

An extension of DimensionalData.jl for EHT Julia Packages

Julia package for Optical fibers

Valid Discrete-Time Methods for Relaxing pODEs

Julia implementation of Path Weight Sampling (PWS) to compute information transmission rates

Estimation of Shannon Entropy for Discrete Random Variables

Estimation of person parameters for item response models in Julia

Solvers for autonomous matrix-valued generalized differential Riccati equations (GDREs) with low-rank solutions.

Physical mesh interfaces for Julia

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Automatically Differentiate the backward Euler method

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Julia package for different types of asset return or price models

Julia package dedicated to modeling and solving the change of reference frame problem for self-deforming bodies.

Subpackage of PowerDynamics.jl providing the functionality to solve/simulate the built models

🪴 example of root system architecture simulation like CRootBox

[WIP] QEDevents.jl: Monte-Carlo event generation for QED.jl

[WIP]: QEDprocesses.jl: Modeling of scattering processes for QED.jl

This package simplifies evolutionary algorithms for applications in systems biology. It can be used to generate oscillating reaction networks, networks that match input timeseries data, or fit parameters (rateconstants).

Reduced Basis Methods for Particle Systems