3260 papers • 126 benchmarks • 313 datasets
Automated feature engineering improves upon the traditional approach to feature engineering by automatically extracting useful and meaningful features from a set of related data tables with a framework that can be applied to any problem.
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This work tests auto-sklearn, TPOT, auto_ml, and H2O's AutoML solution against a compiled set of regression and classification datasets sourced from OpenML and finds that auto-Sklearn performs the best across classification datasets and TPOT performs thebest across regression datasets.
This paper proposes Cardea, an extensible open-source automated machine learning framework encapsulating common prediction problems in the health domain and allows users to build predictive models with their own data.
A novel model architecture is suggested that combines three feature sets for visual content and motion to predict importance scores, and improves state-of-the-art results for SumMe, while being on par with the state of the art for TVSum dataset.
This review seeks to motivate a more expansive perspective on what constitutes an automated/autonomous ML system, alongside consideration of how best to consolidate those elements, and develops a conceptual framework to illustrate one possible way of fusing high-level mechanisms into an autonomous ML system.
An automated feature engineering based approach to dramatically reduce false positives in fraud prediction, using the Deep Feature Synthesis algorithm to automatically derive behavioral features based on the historical data of the card associated with a transaction.
This work introduces Layered TPOT, a modification to TPOT which aims to create pipelines equally good as the original, but in significantly less time, using a modified evolutionary algorithm.
This paper implements an open source Tree-based Pipeline Optimization Tool (TPOT) in Python and shows that TPOT can design machine learning pipelines that provide a significant improvement over a basic machine learning analysis while requiring little to no input nor prior knowledge from the user.
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