Http://ergast.com/mrd/

Adversarial Attack Tool for Knet

Manage and analyze the Homer Multitext project archive

Reconstruction of binary arrays using correlation functions and simulated annealing

Equating Functions

A Julia package for building static-page digital facsimiles of scholarly editions.

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

This package formats your data to use in the Ripserer package.

Compute solar radiation and generate sky domes for VPL

Julia library to load Fred MD and Fred QD datasets.

Robustness-inducing transformations for sparse partial least squares

Using R's {data.table}'s excellent `fread` in Julia

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A julia package implementing the Tabulae system for building Latin morphological parsers.

Deep Unfolded Convolutional Dictionary Learning for motif discovery.

Romeo Occupation Matrix Energy Optimizer for DFT

Making your own small dataset

A julia library to analyze spectroscopy data in SPM (scanning probe microscopy)

A Julia package for simulating the dynamics of passively crosslinked actin rings.

Hyperelastic Material modelling with support for Automatic Differentiation

Pre-attentive attentive vision

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

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Base package to be imported by other members of RvSpectML ecosystem

DemultiplexJulia package

Julia package for ice floe tracker

A set of methods to get ECCC IDF data from .txt files

A prototype of a reactive Webapp for bitemporal data management of insurance contracts.

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BipartiteNull. jl is a tool for building null model of bipartite network.

Julia interface to BioMASS

A package which calculate abnormal returns in market data sets.

A package for reading and writing MD tables.

A Julia package for simulation, verification and parameter estimation of Biochemical Networks with Approximate Bayesian Computation (ABC) methods.

Graphical interface for BiochemicalAlgorithms.jl

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Visualize time series numerical association rules

FEM approach to estimate Bottom Hole Assembly building and dropping rates (aka "theoretical performance" under the "relaxed state" assumption).