A Go library implementing essential machine learning algorithms including linear regression, logistic regression, and neural networks.
go_ml is a Go library that implements essential machine learning algorithms for data mining and analysis. It provides implementations of linear regression, logistic regression, neural networks, collaborative filtering, and Gaussian multivariate distribution for anomaly detection. The library includes optimization functions to calculate optimal parameter configurations for minimizing cost values across all algorithms.
Go developers who need to incorporate machine learning capabilities into their applications without relying on external Python or R dependencies, particularly those working on data analysis, predictive modeling, or recommendation systems.
Developers choose go_ml for its native Go implementation of core ML algorithms, allowing them to maintain a consistent Go codebase without language interoperability overhead. The library provides a focused collection of well-established algorithms with optimization functions specifically designed for the Go ecosystem.
Machine Learning libraries for Go Lang - Linear regression, Logistic regression, etc.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
The library is implemented entirely in Go, eliminating cross-language overhead and allowing seamless use in Go applications, as highlighted in its value proposition for consistent codebases.
Provides essential ML algorithms like linear regression and neural networks, covering common predictive modeling tasks for data mining and analysis directly within Go.
Includes the fmincg function for parameter optimization to minimize cost values, which is specifically designed for the implemented algorithms and enhances model efficiency.
Prioritizes clean, practical implementations of fundamental algorithms, making it straightforward to integrate into Go projects without unnecessary complexity.
Only covers basic ML techniques; lacks support for modern methods like deep learning or ensemble models, which may restrict its use for advanced projects.
The README is minimal with no examples, relying solely on linked GoDoc, which can hinder quick onboarding and troubleshooting for developers.
As a smaller project, it has limited community support, pre-trained models, and extensions compared to established ML libraries, potentially increasing development effort.