Finite Element tools in Julia: Vibration of elastic solids partially or fully submerged in inviscid fluid

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Klare and Miller Gauss-Newton Minimizer

FiniteSizeScaling.jl: A Julia data analysis package for finding optimized values of phase transition parameters and critical exponents.

Julia wrapper for the alpaca R library to estimate GLM's with high-dimensional fixed effects

Compute meteorology variables related to plants / crops

Linear free surface potential flow using Neumann-Kelvin Greens Functions.

BioExplorer.jl: A comprehensive Julia package for biodiversity analysis. Uncover patterns, richness, abundance, and ecological metrics. Empowering researchers, conservationists, and data enthusiasts with insights for informed decision-making and preserving our natural world.

A Julia Wrapper to use MAiNGO with JuMP

Julia implementation of the Globally-Optimal Gaussian Mixture Alignment algorithm (Campbel 2016)

Helper OpenGL functionality

Gaussian KDEs in Julia.

Tools for analysis of 1d gasdynamics problems

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

Julia interface to Bitcoin's JSON-RPC API

A library of tools to allow function synthesis for approximate computations

Like fireflies next to spotlights

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A bound constrained nonlinear least squares solver

Julia wrapper for the MDLovoFit package

A Julia package to numerically approximate 1d function integrals using any of a variety of different methods.

An accurate and native implementation of Fisher's Exact Test for Julia.

Fixed Point solver for generic functions

Barebones utility package to help with writing lx functions or h functions with Franklin.jl

Julia-API for bitemporal, that is: audit proof, CRUD based on SearchLight.jl and POSTGRES

Next-generation sky map manipulation on rectangular pixels

Sample repository in https://abap34.github.io/my-website/julialang/2021/01/31/julia-make-public-pkg.html

Repository for the Julia BOMBS package

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The package provides the DataFrame with data on Isotopes.

Approximate Bayesian Computing with Julia

Pith intergral

BOSS (Bayesian Optimization with Semiparametric Surrogate)

Basic operations with piecewise linear functions

Compute and add convex (or concave) piecewise linear approximations of functions or a set of points to optimization models modelled in JuMP

An implementation of ARMA convolutional layers in Julia.

Distributed physical tree interfaces for Julia

Measurements.jl compatibility layer for UnitSystems.jl

CanDecomp (CP) Tensor Decomposition

Canopy radiation model