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Tophats at ludicrous speeds.

Various tools to process financial time series

Kite and tether models for the simulation of kite power systems

Bundle Methods in Julia

Better Radial velocities from Stellar Spectroscopy via Machine Learning

An interactive explorer for flow cytometry data

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Linearize dynamic economic models around their stochastic steady state

Linear models

Julia package for the Napari multi-dimensional image viewer

Julia wrapper for Acoustics Toolbox (Bellhop, Kraken, ...)

Differentiable 2d rasterizer in Julia

Finite Element tools in Julia: Acoustics application

Functional Data Analysis using Square-Root Slope Framework

Vecchia approximations for Gaussian log-likelihoods

Modular random feature approximation in Julia

Differentiable constraint-based metabolic models

LP and MILP relaxation sequences for univariate functions

A Keras-like experimental Deep Learning framework in Julia 1.6

An interface for calling MPICH-compatible MPI implementations from standalone Julia executables

Optimal experimental design of ODE and DAE systems in julia

Next generation permafrost process modeling in the Julia programming language.

Julia Package for Count Data Time Series

A minimal implementation of bezier curves in julia

A Keras-like experimental Deep Learning framework in Julia 1.6

A Julia package for efficiency and productivity measurement using Data Envelopment Analysis (DEA)

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A Julia/JuMP Package for Joint Optimization of Power and Water Distribution Networks

FMIBuild.jl holds dependencies that are required to compile and zip a Functional Mock-Up Unit (FMU) compliant to the FMI-standard (fmi-standard.org). Because this dependencies should not be part of the compiled FMU, they are out-sourced into this package. FMIBuild.jl provides the build-commands for the Julia package FMIExport.jl.

Toolbox for quantum information, nonlocality, and entanglement

Fault study formulations for PowerModels and PowerModelsDistribution

COnstraint Based Reconstruction and EXascale Analysis (in Julia)

Control for rigid body dynamical systems in maximal coordinates

Direct transcription of an optimal control problem and resolution

Drill hole utilities for the GeoStats.jl framework

Enlsip.jl is the Julia version of a Fortran77 optimization library designed to solve nonlinear least squares problems under general nonlinear constraints.

A library to project an arbitrary function to an exponential family member distribution with the manifold optimization

Accelerated computation of glacial isostatic adjustment for laterally-variable solid-Earth