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Julia package for handling measured data for spherical t-designs.

Simple predictive models for tumor growth, and tools to apply them to clinical data

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Simulate Packet Loss Ratio performance of Slotted Random Access Schemes

Access data from the Allen Institute's open Neuropixels datasets

Generalized Gaussian Quadrature Rules

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Julia wrappers for NamSor v2 API

Pakcage for generating normal maps from images using Julia.

Code for Dirichlet Random Models for Fuzzy Rand Adjustment

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Some functions useful for small computations

Pavito wrapper in Nonconvex.jl

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Ipopt wrapper for Nonconvex.jl.

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EPMA matrix correction algorithms

A Julia implementation of the algorithm described in: Avrutin V et al. Calculation of homoclinic and heteroclinic orbits in 1D maps. Commun Nonlinear Sci Numer Simulat (2014), http://dx.doi.org/10.1016/j.cnsns.2014.07.008

Quadratic approximation of posterior distribution using StanOptimize

Definition of basic tensors for continuum mechanics calculations

A Julia Package for high performing parallelized computation of high dimensional Voronoi Meshes and Finite Volume problems

A visualization package for the OpticSim Julia package

[WIP] Core types and functions for QED.jl

The command-line interface of Express.jl

Tables with AxisIndices backend

Convenient line plots of ModiaResults with PyPlot

ParticleHolography.jl: Holographic particle measurement in Julia.

This is a dimensionality reduction algorithm which has the goal of maintaining interpretability i.e we eliminate variables directly from potential models that don't seem to add any predictive power.

Visualize time series numerical association rules

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Quantum state database

Helper functions with ModelingToolkit

Data structures for Particle-in-Cell codes

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GroupedTransforms Julia Package

Plotting functions for Plasmo.jl

Adds support for parallelization for Taija packages.