Pure Julia port of bsdiff

Julia implementation of the ISOKANN algorithm for the computation of invariant subspaces of Koopman operators

Pure Julia implementation of tools used in Coding Theory

Download FRED data in Julia.

A unified interface for sequential, threaded, and distributed fold

An implementation of the BM3D denoising algorithm for Julia.

X, y, z, t and pt, eta, phi, M Lorentz Vectors as used in collider experiments at CERN and other places

Julia code for general and low-rank semidefinite optimization

Survival analysis functions that allow left truncation and weighting, including Aalen-Johansen, Kaplan-Meier, and Cox proportional hazards regression

🏔️⛷️ ManoptExamples.jl – A collection of research and tutorial example problems for Manopt.jl

Julia code snippets inspired by the Little Book Of Semaphores

A Markov chain method to uniquely assign EFM weights.

Provides some license checking functionality in Julia by wrapping some of the Go library `licencecheck` and supplying some utilities

Maximum-volume submatrices for Julia

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Infrastructure for handling physical units for the Julia programming language

Convenient (but unsafe) pointer access

A lightweight Julia package to plot a density function for a given set of values with known uncertainties.

Automatically compose packages

Create arrays from memory buffers that lack appropriate alignment

Proof of concept VTK bindings for the Julia language

:black_nib: Converts non-ASCII characters into ASCII using transliteration

Julia C bindings for UHD to monitor USRP devices.

Real-time underwater acoustic simulator

Unofficial Project: Generate the VisualAtom dataset using JuliaLang (within an hour).

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Solver of multiobjective linear optimization problems (MOMIP, MOLP, MOIP, MOCO): specific part

Julia bindings to the Intel Vector Statistics Library.

Julia macros for logging to Weights & Biases (wandb.ai).

Interface between Turing.jl and MonteCarloMeasurements.jl

Efficient transit routing for analytic applications in Julia

Julia package for handling various wave-equations and (non-linear) eigenvalue problems

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Optimally weighted PCA for samples with heterogeneous quality

Helping you find and include docstrings in julia

Allows one to fit a gaussian mixture model using Truncated Gaussian Kernels. Works in arbitrary dimensions and allows for both diagonal kernel covariances, and full kernel covariances. The truncation must be box shaped.

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Functions for converting XML documents to other formats

Yeo-Johnson Transform