Allow use of Theano for automatic differentiation within Mocha, via PyCall

Julia code for Kaggle's Digit Recognizer competition

Slow Feature Analysis in Julia

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Implement the NGram model in julia

Confidence weighted classifier

A pure Julia port of the GURLS supervised learning library

A Julia implementation of Simple Good Turing smoothing, largely adapted from @maxbane

Interface for text stemmer implementations.

Repository housing feature selection algorithms for use with the machine learning toolbox MLJ.

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Gradient based Machine Learning for Julia

A very simple hackable parser and lexer for simple languages

Experimental automated machine learning for Julia.

Textbook implementations of some Machine Learning Algorithms in Julia.

A Julia wrapper for the Python Lex-Yacc package.

Labeled Tab Separated Values (LTSV) parser in Julia.

Please do not use this package. SpeechBase.jl still need to be carefully designed.

Machine Learning for Hackers in Julia

Base framework library for machine learning packages.

Automatic multi-documents, multi-topics summarization based on topic extraction

A julia binding to the C++ discrete approximate inference library for graphical models: libDAI

Move your models to Knet!

Empirical Risk Minimization in Julia.

Julia tools for feeding tabular data into machine learning.

A simple feed-forward neural network for multi-label classification

RNN package for Julia

Baseline collective classification library

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Julia API for ConceptNetNumberbatch

Julia interface to GloVe

Bayesian Non-negative Matrix Factorization

Julia implementations of the Hilbert-Schmidt Independence Criterion (HSIC)

Loader of svmlight / liblinear format files

Front-end interface for supervised machine learning

A Julia wrapper for the Fast Artificial Neural Network Library (FANN)

Utility functions for the FunctionalData package, mainly from the area of computer vision / machine learning

Burkhard-Keller trees implementation

OLLAM: Online Learning of Linear Adaptable Models

Exact Soft Confidence-Weighted Learning