A Julia package for vectorized math computation based on Intel IPP

Ints augmented with Infinity

Https://www.schneier.com/paper-self-study.html

SparseMatrices as a vector of SparseVectors

Views of concatenated AbstractArrays in Julia

Orthogonal polynomials

Distributed Dense Linear Algebra for Julia

Interface to the Watson Sparse Matrix Package

Matrix factorizations over the hemireals

The Julia package for Linear Manifold Clustering

Data structures and parsing tools for representing graphical models in Julia

Integrals of arbitrary powers of R over flat triangles

Ragged arrays in Julia

Sample random unitary invariant ensembles

Series data structure in Julia

Fowler–Noll–Vo hash functions Julia package

Test out different formulations for the floor layout problem

A Julia implementation of the RKF45 method for time integration

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Julia ring buffer implementation for buffered io

Simple finite elements in Julia

Interpolating polynomial for Julia

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Basic polynomials with Horner-like evaluation over x^2 and x

This package is deprecated for modern and up-to-date see https://github.com/alsam/OffsetArrays.jl

Several error-free transformations from the scientific literature

Microscopic driving models based on random forests

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Julia wrapper of the Fortran library for efficiently solving structured matrix eigenvalue problems using unitary core transformations

Several data structures with goals of O(1) for important operations

Highly optimized K-SVD implementation in Julia, with several parallelization techniques available.

Reshape arbitrarily nested structures of Tuples and Arrays in Julia

An implementation of Cohen/Diaz y Diaz/Olivier's D4 count

A Mongo storage provider for the PropertyGraph.jl package

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Simplified Julia interface to Cuhre integration routine

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Lambert W mathematical function

Truncated Power Series for Julia