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).

Struct mapping to database in Julia

Strip RTF to plain text

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

-

-

Package to simulate the operation of Storage Systems

Optimally weighted PCA for samples with heterogeneous quality

Helping you find and include docstrings in julia

Julia package for Short-Time Fourier Transform. It's a mirror just to carry out package registration in Julia's General registry.

Write meta graphs quickly

Data-driven models for extremely precise radial velocity (EPRV) spectra

A simple statsd client written in Julia

-

-

Functions for converting XML documents to other formats

Optimized operations for statically-known cartesian iterators.

Common algorithmic core for state selection in MTK, DAECompiler, JuliaSimCompiler

Yeo-Johnson Transform

A mechanistic model for personalized thyroid hormone regulation dynamics

Read TIFF datasets with a similar API than NetCDF files

Julia package for performing tensor contractions on distributed machines

-

EDS spectrum analysis tools within the NeXL toolset

Computing spin-weighted spheroidal harmonics and eigenvalues using a spectral decomposition method in julia

NotionSDK is a simple and easy to use client library for the official Notion API.

Utilities for working with NIST StRD

Calculation of Hermite and Smith normal forms in a single package.

Solve nonlinear systems of equations and nonlinear least squares in Julia

Julia bindings for the libiio library for interfacing linux industrial I/O (IIO) devices

Numerical package for computation and visualization of quantum billiard spectra and eigenfunctions.

A Julia package to simulate the open-system dynamics of a noisy spin qubit driven by customizable quantum control protocols.

Julia bindings to the libsharp library

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

Operations for standardized matrices without changing the underlying data

This package estimates the number of paths and the path-length distribution using a Monte-Carlo simulation as well as explicitly enumerate all paths.

Julia implementations of coding-theoretic sparse Walsh-Hadamard and Fourier transforms

Julia code snippets inspired by the Little Book Of Semaphores