A Julia package for efficient large-scale Gaussian Mixture Models with support for diagonal/full covariance, parallel training, and variational Bayes.
GaussianMixtures.jl is a Julia package for Gaussian Mixture Models (GMMs) that provides efficient implementations for training, likelihood calculation, and adaptation. It solves the problem of scaling GMMs to large datasets by supporting parallel processing, handling data larger than memory, and offering both diagonal and full covariance models.
Julia developers and researchers working on large-scale statistical modeling, clustering, or speaker recognition who need performant and scalable GMM implementations.
Developers choose this package for its optimized performance, built-in parallelization, and seamless integration with Julia's ecosystem, including compatibility with Distributions.jl and support for variational Bayes training.
Large scale Gaussian Mixture Models
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Leverages Julia's parallel infrastructure like SGE to accelerate the EM algorithm, enabling efficient training on compute clusters for large datasets.
Integrates with BigData.jl to process datasets larger than cluster memory via chunking and parallel file loading, reducing memory constraints.
Supports both diagonal and full covariance GMMs, including variational Bayes training, catering to diverse statistical modeling needs.
Seamlessly converts between GMM and Distributions.jl MixtureModel types, allowing reuse of broader distribution functions and sampling methods.
Uses 'data points run down' convention, opposite to Distributions.jl, requiring manual transposition for compatibility and increasing error risk in mixed workflows.
Requires configuration of cluster managers like SGE for parallel execution, which can be cumbersome for users without high-performance computing experience.
Tied exclusively to the Julia ecosystem, making it unsuitable for projects using other programming languages or requiring seamless integration with non-Julia tools.