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Differentiable neural network with easy access to Jacobians of the output wrt the input and the network parameters.

Access NavAbility cloud factor graph features from Julia alongside Caesar.jl and others

Tools for creating time profiles and spatial fields

Empirical interatomic potentials with Julia, AtomsBase and AtomsCalculators

Finite Element tools in Julia: Vibration of elastic solids partially or fully submerged in inviscid fluid

Finite Element tools in Julia: Examples of meshing

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Julia wrapper for the Fast Graphlet Transform.

Utilities for implementing AtomsCalculators

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

Utility package for visualizing the Gerhsgorin discs of a matrix.

A bound constrained nonlinear least squares solver

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

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SimSpin - A package for the kinematic analysis of galaxy simulations

More algorithms for the Erdos.jl graph library

A Julia package for computational EEG analysis with a focus on sleep neuroscience

Warehouse for dynamical systems identification and control

Earth (multivariate adaptive regression splines) for Julia

Geostatistical models for the GeoStats.jl framework

Advanced systems management for AutomationLabs

Grundmann-Möller n-dimensional Simplex Quadrature

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Julia package for computing the rogue waves of infinite order for the focusing nonlinear Schrödinger equation.

Repository for the BarBay Julia package for Bayesian inference of relative fitness on barcode sequencing data.

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Methods to estimate parameters of a distribution robustly

Model coupled diffusion of major elements in garnet using natural data.

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Julia version of MRI gradient descriptions and GIRF applications.

A Julia package for kernel functions on graphs

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Plots based plotting functions for StatisticalRethinking

Compute time evolution of orientation quaternions in Julia

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

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Gradient-based numerical optimization.

Implementation of heat transfer problems for JuliaFEM