BaytesSMC.jl is a library to perform SMC proposal steps on `ModelWrapper` structs, see ModelWrappers.jl. Kernels that are defined in BaytesMCMC.jl and BaytesFilters.jl can be used inside this library.

A library to perform particle MCMC proposal steps for parameter in a `ModelWrapper` struct, see [ModelWrappers.jl](https://github.com/paschermayr/ModelWrappers.jl).

Metida base package.

A Julia simulation package with functions for running adaptive umbrella sampling Monte Carlo simulations of crosslinked actin rings.

Metida frequency tables.

Optimization library for Baytes modules

NLopt.jl implementation for Metida.jl

Metida descriptive statistics.

A library to perform MCMC proposal steps on `ModelWrapper` structs, see ModelWrappers.jl.

Met Office historic station data

A library to perform particle filtering for one parameter in a `ModelWrapper` struct.

Wrappers to differentiate `ModelWrapper` structs, see ModelWrappers.jl.

Bayesian regression models for size-and-shape data

Test cases for BAT.jl and for Bayesian Julia software in general

-

This is a dimensionality reduction algorithm which has the goal of maintaining interpretability i.e we eliminate variables directly from potential models that don't seem to add any predictive power.

Explores representations based on bag words

-

MFCC/Fbank/LPC/LPCC

-

Tables with AxisIndices backend

-

-

Generate Jupyter-style MIME bundles for various types.

Tables backed by AxisArrays

-

Shared definitions for ACEsuit packages

-

-

A Julia implementation of the algorithm described in: Avrutin V et al. Calculation of homoclinic and heteroclinic orbits in 1D maps. Commun Nonlinear Sci Numer Simulat (2014), http://dx.doi.org/10.1016/j.cnsns.2014.07.008

-

P-adaptive Monkhorst-Pack integration

-

Automate repetitive parts of numerical experiments and result tables generation

AudioDB API client for Julia.

Julia adapter for mirai-api-http

A julia package for working with text in the archaic Attic alphabet.

NIST XCOM x-ray attenuations in Julia.

DFT from SDR directly in a Julia REPL !

Tools to work with atomic systems