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Provides an implementation of lazily represented Kronecker products with efficient in-place multiplies and solves.

Allows plotting and manipulation of gain patterns.

Mostly compatible Fork of BSON package with focus on composite type performance

Compression method for storing large covariance matrices, which is also fast when they are built from low-rank factors.

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A place to add some missing filter functions: filterfirst, filtersingle, filterlast, etc.

Fit vectors with convex combinations of data columns

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Kucoin API with Julia

Julia implementation of *l*_1-norm clusterpath (Hocking et al., 2011, Radchenko & Mukerjee, 2017)

A Julia wrapper of geographiclib Python package

Google Firestore -> julia

Generate plain-text editions of texts in the HMT archive in as many formats as you please.

Look up and plot geologic time scale

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Julia interface and support for FUSE using lowlevel api of libfuse3

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Julia implementation of Non-parametric Hierarchial Performance Testing, a statistical technique for comparing the performance of different computers.

Label propagation community detection

Fill volume bounded by FinEtools triangle mesh with tetrahedra.

Archive of GeoData.jl, which is replaced by Rasters.jl

A Julia implementation of the ITU-Recommendations for space links covering cloud, gaseous, rain, and scintillation attenuations.

Simple package defining dices, rolls, histograms, statistics, etc. in Julia.

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Analyze and debug LBFGS linesearch behavior inside GRAPE

This package helps to automate the printing of values with errors in brackets.

Julia package that handles image noise

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

GUI tool for thresholding color images

A Julia implementation of the ITU-Recommendations for space links covering cloud, gaseous, rain, and scintillation attenuations.

Julia package for handling image annotation I/O

Julia wrapper for Forem API v1

DifferentialPhaseContrast.jl provides functions for calculating integrated and differentiated differential phase contrast scanning transmission electron microscopy (DPC-STEM) images from data from a four-segment annular dark field detector.

Make in Julia

Implementation of standard Ewald2D and Ewald3D methods.

Experimental automated machine learning for Julia.

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IERS Conventions made easy.

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