Julia interface for the Yasol solver (http://tm-server-2.wiwi.uni-siegen.de/t3-q-mip/index.php?id=1)

Yet another native Julia Random Forest implementation

This package connects PowerSimulation results to Marmot for plotting system results

Precision-doubled floating point types nearly as performant as hardware floats.

Stochastic Numerical Integrators in Julia

A Framework for the solution of Two-Stage optimal control problems with random switching time.

Exponential representation of cell-cell interactions

A Julia package to import Vensim .xmile files as ModelingToolkit.jl models.

Williamson and Inverse-Williamson transformations, in fully generic pure Julia.

This is a package intended for exclusive work on bivariate copulas compatible with Distributions.jl

Julia implementation of the python package rembg

Winch models (groundstation models) for airborne wind energy systems

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Https://arxiv.org/abs/2403.12349

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Utilities for working with axes that correspond to a time dimension in Julia

Certify the classical simulation cost of black-box systems.

Status Switching Method for Quadratic Programming

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A Julia-based path tracer

A package for computing transition path theory statistics of a Markov chain.

ReSHOP bindings for Julia

Simulation of groundwater flow near pumping wells

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Generalized Eigenvalue Problem helper functions

Plots based plotting functions for StatisticalRethinking

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Statistical Inference to DEtermine KICKS on compact objects

Flexible time structures for optimization modeling

Estimation of thermodynamic parameters for the interaction of analytes with a stationary phase in GC.

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A Julia package to create noise signals following a specific power spectrum

Using Julia to auto generate C code for Extended Kalman Filters!

Spectral Gaussian simulation solver for the GeoStats.jl framework

Methods to estimate parameters of a distribution robustly

A lightweight framework for Reversible Jump Markov Chain Monte Carlo

SpeciesToNetworks. jl is a tool to convert species abundance data into undirected network, the basic principle of the tool is to judge whether there is a connection according to the Spearman or Pearson.

Julia package to automatically learn QUBO matrices from optimisation constraints

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Automatic partitions of state space from a dynamical system