Ensemble Learning
Definition of Ensemble Learning
Ensemble Learning: Ensemble Learning is a technique that combines the predictions or classifications of multiple machine learning models in order to improve the accuracy of the predictions.
What is Ensemble Learning used for?
Ensemble Learning is a machine learning technique used to combine multiple models or algorithms together to produce better results than any single model could achieve alone. It works by combining the prediction results of several different models in order to improve the accuracy, stability and generalizability of the final output. Ensemble Learning models are often used in areas such as classification, regression, and forecasting where reliable predictions are needed.
The goal of using Ensemble Learning is to combine the strengths of individual models while mitigating their weaknesses in order to produce more accurate and robust predictions than any single model would be able to provide on its own. By combining several different models, Ensemble Learning can provide greater levels of accuracy, precision and reliability for complex data sets. Additionally, by combining different algorithms with varying architectures, it also helps reduce overfitting which can occur when one particular model is overly specialized for a given data set. As a result, ensembles can offer improved performance in tasks where traditional predictive methods may not yield satisfactory results.
Ensemble Learning is becoming increasingly popular due to its ability to efficiently scale up for high-dimensional data sets with many features and variables. This technique has been successfully applied to a variety of problems including natural language processing (NLP), computer vision, fraud detection and anomaly detection among others. With the growing complexity of machine learning systems and data sets, Ensemble Learning is becoming an invaluable tool for improving the performance of predictive systems in both research and industry settings.