Tools for analysis of 1d gasdynamics problems

A package for the development and implementation of continuous-time policy gradient (CTPG) methods.

Gaussian KDEs in Julia.

Julia implementation of the Globally-Optimal Gaussian Mixture Alignment algorithm (Campbel 2016)

Group sequential design bounds.

Julia package to automatically learn QUBO matrices from optimisation constraints

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Photodynamics for multi-body systems.

The julia library for the peccon project

Statistical Inference to DEtermine KICKS on compact objects

A desktop Gtk interface for DynamicGrids.jl

Gradient-based numerical optimization.

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Klare and Miller Gauss-Newton Minimizer

Certify the classical simulation cost of black-box systems.

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Exponential representation of cell-cell interactions

This package connects PowerSimulation results to Marmot for plotting system results

A Julia package to numerically approximate 1d function integrals using any of a variety of different methods.

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Julia package to request data from the GEOGloWS streamflow service API

Geostatistical models for the GeoStats.jl framework

A julia library to read and display SPM (scanning probe microscopy) images

PALEO framework modules (solvers, output, plots) for constructing standalone models

Validation methods for the GeoStats.jl framework

Makie.jl recipes for the GeoStats.jl framework

Distributed physical tree interfaces for Julia

More algorithms for the Erdos.jl graph library

Julia package for sampling and generating points on the boundary of an ellipse with methods for random, equally spaced and clustered points

Utility package for visualizing the Gerhsgorin discs of a matrix.

Test Toolkit for Outlier Detection Algorithms

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Easy way to use public outlier detection datasets with Julia

Julia implementation of "Sensitivity Matrices as Keys to Local Structural System Properties of Large-scale Nonlinear Systems" by L. G. Van Willigenburg et al.

A user-friendly tool to solve linear equations and nonlinear equations.

Compute and add convex (or concave) piecewise linear approximations of functions or a set of points to optimization models modelled in JuMP

Compute confidence Intervals (CLT, Chebyshev, Hoeffding) and Confidence Seqeunces (in a sequential setting if needed) in Julia

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Convert between graphs defined in Graphs and SimpleGraphs