Advection implementation using Semi-Lagrangian numerical method

Semi Discretization method for Periodic Linear Delay Differential Equations

-

Optimise routing in computer networks.

Support for univariate and multivariate truncated distributions in Julia

Searching configurations in abstract spaces using stochastic search methods

Read and analyze EPOCH simulation data

-

Package to perform individual based modelling of schistosomiasis

External Machine Learning Libs for TSML

-

This package fits renewable time series profiles from historical data to future target capacity factors.

Models to compute the geomagnetic field.

Analyzing output from the System of Atmospheric Modelling using Julia

-

Sampling for interdiction problems

Base package to be imported by other members of RvSpectML ecosystem

Package for generating masks and line lists for use in stellar radial velocity measurements

Easily implement a heuristic for solving Mixed Integer problems

A package for discretizing trajectory data into a transition probability matrix using Ulam's method.

Romeo Occupation Matrix Energy Optimizer for DFT

Plotting Radiotherapy Beam-Limiting Devices using Plots.jl

-

Robustness-inducing transformations for sparse partial least squares

Julia implementation of the Riemann Theta function

-

A reverse McCormick operator library

Deep Unfolded Convolutional Dictionary Learning for motif discovery.

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

Exact computations on fully-connected Ising models with uniform couplings

Implementations of various Relief-based algorithms in Julia

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

A Julia interface to the ReefMod Engine API

Reduced Basis Methods for Particle Systems

Real-time systems modeling and schedulability analysis

A package for simple algebra, calculus and evaluation of one dimensional functions. Can be used for approximation (splines, interpolation) and algebra.

In-place real FFTs for Julia

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).

-

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