Automates machine learning pipeline optimization using genetic programming.
Build and optimize predictive models effortlessly using genetic programming.
TPOT is a Python Automated Machine Learning assistant that automates the creation and tuning of machine learning pipelines. It is designed for data scientists and developers looking to accelerate predictive modeling tasks.
The tool uses genetic programming to automatically design and optimize machine learning workflows, handling feature selection, hyperparameter tuning, and pipeline construction. Following a major refactoring, the newly merged graph-based TPOT2 implementation introduces genetic feature selection and a multi-objective optimization framework.
It suits data science practitioners seeking to automate tedious pipeline search tasks and experiment with evolutionary algorithms. It is not designed for users without a working knowledge of Python and machine learning fundamentals.
Automatically searches and builds optimal machine learning pipelines using genetic programming.
Selects features natively through evolutionary algorithms to improve predictive performance.
Optimizes pipelines across multiple conflicting objectives simultaneously.
Expands and customizes search spaces for tailored machine learning workflows.
TPOT is free software distributed under the GNU Lesser General Public License version 3. The only cost is running it yourself on your own hardware resources.
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TPOT stands for Tree-based Pipeline Optimization Tool.
TPOT uses genetic programming to optimize machine learning pipelines and feature selection.
No, the graph-based TPOT2 implementation has been fully merged into the main TPOT package.
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