Struct mapping to database in Julia

Strip RTF to plain text

Package to simulate the operation of Storage Systems

Interface between Stopping.jl and other packages

Julia package for Short-Time Fourier Transform. It's a mirror just to carry out package registration in Julia's General registry.

Write meta graphs quickly

Data-driven models for extremely precise radial velocity (EPRV) spectra

A Julia-powered toolkit for material point method

A simple statsd client written in Julia

Optimized operations for statically-known cartesian iterators.

A pure Julia implementation to read/write TFRecord

Common algorithmic core for state selection in MTK, DAECompiler, JuliaSimCompiler

Implementation of The Cannon (Ness+ '15), a data-driven model for stellar spectra

Computing the Riemann Theta function in Julia

Thin-plate splines in Julia

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A mechanistic model for personalized thyroid hormone regulation dynamics

Operations for standardized matrices without changing the underlying data

Read TIFF datasets with a similar API than NetCDF files

Interpolate more frames at regular time-intervals for use in timelapse video photography

Immutable timestamped values

Phylogenetic tree type for julia

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Serve clients in julia with toolips!

Computing spin-weighted spheroidal harmonics and eigenvalues using a spectral decomposition method in julia

A Julia package to simulate the open-system dynamics of a noisy spin qubit driven by customizable quantum control protocols.

Julia package for simulating large populations of trading agents

TrainRun.jl will take a user-defined train and a path as an input for a train run calculation. It can calculate the train run as a time-efficient or energy-efficient operation mode. The results can then be used within the Julia environment.

Front-end interface for supervised machine learning

Efficient transit routing for analytic applications in Julia

:black_nib: Converts non-ASCII characters into ASCII using transliteration

A repository for adaptive transport maps

Julia implementations of coding-theoretic sparse Walsh-Hadamard and Fourier transforms

Allows one to fit a gaussian mixture model using Truncated Gaussian Kernels. Works in arbitrary dimensions and allows for both diagonal kernel covariances, and full kernel covariances. The truncation must be box shaped.

Interface between Turing.jl and MonteCarloMeasurements.jl

Lightweight wrapper to declare that a vector is sorted.

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Julia C bindings for UHD to monitor USRP devices.

Create arrays from memory buffers that lack appropriate alignment

A lightweight Julia package to plot a density function for a given set of values with known uncertainties.