Julia wrapper of LoopTools for computing one-loop integrals

Sole interface for trees trained via JuliaAI/DecisionTree.jl.

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Julia package to perform Bayesian clustering of high-dimensional Euclidean data using pairwise dissimilarity information.

Deep and convolutional neural networks with feedback operations in Flux.

Scalar-valued local function approximation across a real-valued vector space

Julia-based Astronomical image reprojection

LCM type definitions for compatibility with RobotLocomotion/Drake in Julia

Julia package for getting US Treasury yield curves

Code for our AISTATS '22 paper "Sampling in Dirichlet Process Mixture Models for Clustering Streaming Data"

Utility functions for discrete fields on grids

A library for revealed preferences and rationality analysis using Julia.

Geostatistical functions for the GeoStats.jl framework

Quick offline reverse geocoding in Julia.

Lazy interface to lattices with arbitrary unit cells.

Bayesian quantile regression in Julia

GraviPet is the General Relativistic Astrophysics Visualization, Initialization, and Postprocessing Efficient Toolkit

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Analysis of life tables implemented in Julia.

IBMQ backend for Yao

Package to compute Amoebas in 2 and 3 variables.

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Generate nice reports from MCMC-based approximations

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Voronoi and Delaunay tesselation in arbitrary dimension

A Julia solver of Ring Star Problem variants

A Julia package to provide RML imaging methods for high-resolution radio interferometry

High Frequency radar data interpolation with DIVAnd

Makes pixels from strings in a very basic way

Package for defining periodic lattice geometries.

Lathe is an inclusive Predictive Learning module for Julia

Create triangular matrix of subplots showing 2D parameter samples

Pure Julia reader of lasindex .lax files

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A common interface for different laser types

Julia library for the computation of Poincaré integral invariants

Geostatistical Inversion

Analyze SPM grid spectroscopy data.

A simple, compact, and extensible tool for optical raytrace evaluation in the Julia Programming Language.

Boundary integral equation methods for solving Laplace's equation on the interface and for finding surface derivatives.