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Python에서의 모델 검증
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업데이트됨 2026. 3.
PythonMachine Learning4시간15 동영상47 연습 문제3,700 XP30,255성취 증명서
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Supervised Learning with scikit-learn1
Basic Modeling in scikit-learn
Before we can validate models, we need an understanding of how to create and work with them. This chapter provides an introduction to running regression and classification models in scikit-learn. We will use this model building foundation throughout the remaining chapters.
2
Validation Basics
This chapter focuses on the basics of model validation. From splitting data into training, validation, and testing datasets, to creating an understanding of the bias-variance tradeoff, we build the foundation for the techniques of K-Fold and Leave-One-Out validation practiced in chapter three.
3
Cross Validation
Holdout sets are a great start to model validation. However, using a single train and test set if often not enough. Cross-validation is considered the gold standard when it comes to validating model performance and is almost always used when tuning model hyper-parameters. This chapter focuses on performing cross-validation to validate model performance.
4
Selecting the best model with Hyperparameter tuning.
The first three chapters focused on model validation techniques. In chapter 4 we apply these techniques, specifically cross-validation, while learning about hyperparameter tuning. After all, model validation makes tuning possible and helps us select the overall best model.
Python에서의 모델 검증
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