MultiscaleGraphSignalTransforms.jl is a collection of software tools written in the Julia programming language for graph signal processing including HGLET, GHWT, eGHWT, NGWP, Lapped NGWP, and Lapped HGLET. Some of them were originally written in MATLAB by Jeff Irion, but we added more functionalities, e.g., eGHWT, NGWP, etc.

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

A monolithic Finite Element formulation for the hydroelastic analysis of Very Large Floating Structures

MLJ.jl interface for JLBoost.jl

1d and 3d models of the atmosphere for the simulation of airborne wind energy systems

Fast rasterization of huge amounts of tiny transparent points (in Julia)

Game Theoretic Planning

MLJ.jl interface for JLBoost.jl

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Drill hole utilities for the GeoStats.jl framework

Make many plots from an iterable

A package of FlightSims.jl family for ROS2.

Julia package for solving dynamic programming problems

Simple Gross-Pitaevskii Equation solver using FFTW

Adds the common API onto ODEInterface classic Fortran methods for the SciML Scientific Machine Learning organization

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

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

Elastic foundation contact model for rigid body dynamics.

This package contains a convenient analysis and visualization pipeline for simple dynamical models of neurons and networks of neurons.

Simulation and Optimization Library for Integrated Optics in Julia.

A three-way bridge between ExpressionTreeForge.jl, PartitionedStructures.jl and PartiallySeparableSolvers.jl

Julia package for the spin wave theory of magnetically ordered quantum spin systems.

Indexes for image quality assessment

Memory efficient seismic inversion via trace estimation

Calculate regressions and abnormal returns for large return datasets quickly

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Reinforcement learning, compositionally

Create cohorts from databases utilizing the OMOP CDM

Control for rigid body dynamical systems in maximal coordinates

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Lightweight module of physical formulations in Kinetic.jl

Core algorithms for equation-based modeling

Spherical functions of arbitrary float types

Multivariate (generalized) scattered data interpolation with symmetric (conditionally) positive definite kernel functions in arbitrary dimension

Postgres adapter for SearchLight

Simple partially ordered sets for Julia

Working with simple feature GIS data in Julia

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Processing tools for SeismicJulia project