IEEE Computational Intelligence Magazine · 2016 · 669 citations · 150 references
ComputingComputer ScienceData MiningMachine LearningStatistical LearningClassificationDecision TreesEnsemble LearningEnsemble MethodsEnsemble ModelingKernel MethodsEnsemble ClassificationEnsemble Learning TheoryEnsemble RegressionEnsemble-based PredictionMultiple Classifier SystemsMultiple Kernel LearningNegative Correlation LearningRandom Forest Classification
Ensemble methods combine multiple models to improve performance and are applied across fields such as computational intelligence, statistics, and machine learning. The paper reviews traditional and state‑of‑the‑art ensemble methods to provide an extensive summary for practitioners and beginners, and offers recommendations for future research. The review categorizes ensemble methods into conventional, decomposition, negative correlation, multi‑objective optimization, fuzzy, multiple kernel learning, and deep learning approaches, and discusses their variations, improvements, and typical applications.
Ensemble methods use multiple models to get better performance. Ensemble methods have been used in multiple research fields such as computational intelligence, statistics and machine learning. This paper reviews traditional as well as state-of-the-art ensemble methods and thus can serve as an extensive summary for practitioners and beginners. The ensemble methods are categorized into conventional ensemble methods such as bagging, boosting and random forest, decomposition methods, negative correlation learning methods, multi-objective optimization based ensemble methods, fuzzy ensemble methods, multiple kernel learning ensemble methods and deep learning based ensemble methods. Variations, improvements and typical applications are discussed. Finally this paper gives some recommendations for future research directions.
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