Decision Trees and Ensemble learning
Mastering Decision Trees & Ensemble Learning: ML Zoomcamp Week 6 Recap
This week’s ML Zoomcamp was all about Decision Trees and Ensemble Learning, key tools in predictive modeling.
Decision Trees
- Simple & Intuitive: Easy to interpret and visualize.
- Challenges: Prone to overfitting and high variance.
Ensemble Techniques
- Bagging (e.g., Random Forests): Reduces variance by building multiple trees in parallel and averaging their predictions. Great for robust, noise-resistant models.
- Boosting (e.g., Gradient Boosting): Builds trees sequentially, each one correcting the previous errors. This boosts accuracy but is more computationally intensive.
Real-World Applications
- Finance: Credit scoring, fraud detection.
- Healthcare: Disease prediction.
- E-commerce: Recommendation engines.
Takeaway: Ensemble methods harness the power of multiple models to deliver more accurate, resilient predictions. Excited to keep building on this foundation in ML Zoomcamp! #MachineLearning #DataScience #MLZoomcamp
Takeaway: Ensemble methods harness the power of multiple models to deliver more accurate, resilient predictions. Excited to keep building on this foundation in ML Zoomcamp! #MachineLearning #DataScience #MLZoomcamp
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Written by
David Adenusi
David Adenusi
React Developer Extraordinaire! With a passion for coding and an eye for immersive user interfaces. Collaborative and detail-oriented, I excel in team environments, delivering high-quality, user-friendly code. I love to write, breakdown complex concepts and document every of my project/learning experience. Above all, I am keenly to learning and exploring new and latest tools.