Agent-based modeling of microbial motile behavior via Agents.jl

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

Winch models (groundstation models) for airborne wind energy systems

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

This packege made foe bioequivalence testing.

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

Model coupler for the PALEO model framework

PALEO framework modules (solvers, output, plots) for constructing standalone models

Julia implementation of the python package rembg

Implementation of heat transfer problems for JuliaFEM

-

-

-

Robust pmap calls for efficient parallelization and high-performance computing

Advanced systems management for AutomationLabs

Tools for testing and benchmarking within the JuliaQuantumControl organization

Warehouse for dynamical systems identification and control

A Julia package to work with formal linear combinations

Vector field tracing on common types of meshes

Compute MLEs for linear covariance models

Calculate linear elasticity for some crystals

Automated Local Fourier Analysis

-

-

Shortest paths between items

Utilities for implementing AtomsCalculators

Gradient-based numerical optimization.

Abstract interface for image reconstruction algorithms and their parameters

Julia package to automatically learn QUBO matrices from optimisation constraints

Julia package for "Degrees of Freedom: Search Cost and Self-consistency"

Klare and Miller Gauss-Newton Minimizer

Models of atmospheric deposition using ModelingToolkit.jl

Computation of UV line-driven winds in AGNs

-

-

RadiationPatterns.jl is a Julia package designed for visualizing radiation patterns using PlotlyJS.jl.

-

Finite Element tools in Julia: Examples of meshing

Parallel finite element library

Julia package for sampling and generating points on the boundary of an ellipse with methods for random, equally spaced and clustered points