This is a julia package for Quasi Ewald method.

-

Implementation of standard Ewald2D and Ewald3D methods.

Calculate equilibrium measures from potentials

Plotting recipes for equations of state

Equating Functions

Unified framework of quantification and unfolding algorithms

Simulations of epithelial dynamics in 1D.

Structure functions in Julia

[WIP] Wrapper package for simulation and bayesian inference of behavioral models

Some randomization methods for Randomized Quasi Monte Carlo e.g. scrambling, shift

Julia implementation of various algorithms to evaluate elementary symmetric functions

-

This package is a Julia implementation of random projections.

Method validation

A Julia package to handle multi-dimensional radio interferometric data

A Julia package to provide generic parameterized models for radio interferometric data

Points and lines in the projective plane (with rational homogenous coordinates)

An extension of DimensionalData.jl for EHT Julia Packages

Efficient Global Optimization (EGO) Toolbox

This package simplifies evolutionary algorithms for applications in systems biology. It can be used to generate oscillating reaction networks, networks that match input timeseries data, or fit parameters (rateconstants).

Real-time systems modeling and schedulability analysis

This is a visualization package to render typical figures for dynamics.

Algorithms for fair item allocation.

Reduced Basis Methods for Particle Systems

A Julia interface to the ReefMod Engine API

Valid Discrete-Time Methods for Relaxing pODEs

A Julia package for estimating effective (i.e., directed) connectivity in large (whole-brain) networks.

A Julia version of ABBA with parallel k-means implementation

A Julia interface for Dirichlet process mixture (DPM) models using Neal's algorithm 3.

-

A Monte-Carlo implementation in the julia language

Implementations of various Relief-based algorithms in Julia

Take "snapshots" of the main branches of every repository in a GitHub organization

Estimation of Shannon Entropy for Discrete Random Variables

-

A reverse McCormick operator library

Julia implementation of the Riemann Theta function

Automatically Differentiate the backward Euler method

Julia client for connecting to DICOM (Digital Imaging and Communications in Medicine) servers by using the DICOMweb RESTful services