Dynamic Gradients for Quantum Control

-

Draft library to investigate a level-set function

Julia bindings for OptimPack, a library for solving large scale optimization problems

Merge functions with identical names from distinct modules

Graph Compression using Quasi-stable Coloring

Work with global data that might not be available

Microscope Point Spread Function Calculator

Julia package for progress metering using the file system.

Sparse Particle Tree POMDP Solvers

Save Flux model weights in Legolas-powered Arrow tables

-

Calculates multidimensional functions faster by exploiting their separability.

A type-flexible Lorenz 1996 model.

Julia AbstractDict and AbstractSet data structures persisted (ACID) to disk

A custom branch-and-bound algorithm for solving low-rank matrix completion to certifiable optimality

A Julia package to auto generate Quarto qmd files from the docstrings in a Julia package

-

Linear fractional programming with Julia and JuMP

Rewrite floating point expressions to more accurate alternatives.

A Julia implementation of estimation and validation algorithms for time series compatible with incomplete data.

Simple Rectangle operations in 2-D.

A Julia package for the Rectangular Full Packed matrix format

Algorithms for computing saddles points in nonlinear energy landscapes

(*deprecated*) PySyntax.jl allows Python-like syntax in Julia. Py.jl provides a light wrapper on top of PyCall.jl in the form of a macro.

Themeing and convenience tools for accelerating working with Makie.jl

Mutating Julia immutables with unsafe_store! via fieldoffset and pointer_from_objref

Recursive causal discovery with Julia

-

Wrapper for libarchive (Multi-format archive and compression library. Supports gz, gzip, tar, pax, cpio, zip, xar, zstd, lz4, lha, ar, cab, mtree, rar, ISO)

Digital signal processing for radiation detectors

A light-weight Julia wrapper for the awesome PyBullet Physics Simulator

Don't like dangling type parameters for matrices? We got you covered.

Quantum Exact Simulation Toolkit is a high performance simulator of quantum circuits, state-vectors and density matrices

Customizable key-based memoization for caching computations

Control barrier functions via reduced-order models.

Implements the Partitioned Least Squares algorithms

-

Solver for complemetarity-based dynamics.

A collection of tools for robust topological data analysis