Курс от CourseraBy the end of this course, you will be able to design rigorous evaluation strategies, select and interpret appropriate metrics for classification and regression tasks, tune model hyperparameters effectively, diagnose overfitting and underfitting, and explain model behavior using modern interpretability techniques. You will also gain the ability to compare models statistically, analyze error patterns, and communicate model performance and limitations with confidence. This course helps you move beyond simply training models to understanding how well they work, why they behave the way they do, and how to improve them systematically. Through hands-on evaluation workflows, you will learn how to apply cross-validation, hyperparameter optimization, ensemble evaluation, and automated tuning methods to build more reliable and generalizable models. You’ll also develop practical skills in extracting feature importance, generating explanations with SHAP and LIME, and identifying failure modes that matter in real-world use cases. What makes this course unique is its end-to-end focus on decision-quality modeling. Drawing from multiple expert perspectives, it connects evaluation metrics, statistical rigor, optimization techniques, and interpretability into a single, cohesive learning journey. Whether you are refining classical machine learning models or working with deep learning systems, this course equips you with the tools and judgment needed to trust, compare, and improve your models with confidence.
7 модулей · 70 учебных материалов

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