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Lab-Session-3: Logistic Regression for Classification 🛠️
Understanding the Logistic Regression for Classification
Dear Student,
These are the promised videos for the complementary lab session: Exploring Logistic Regression for Classification Tasks. I really hope you can use this holiday week to keep working and continue our progress throughout the semester.
In these videos, we explore the interesting world of logistic regression and its application in developing classifiers using the Iris dataset, which is included in the scikit-learn module at Python3 🐍. However, consider that we already downloaded the dataset from a repository; to follow these videos I recommend to use the dataset included in the scikit-learn library.
The syllabus for this session is
Understanding the Dataset 🌸 : Gain insights into the Iris dataset and its characteristics, including feature dimensions and class distributions.
Introduction to Logistic Regression📉: Explore the logistic function and its role in binary classification.
Decision Boundaries✅⛔️: Understand how logistic regression models determine decision boundaries.
Developing One-Parameter Binary Classifiers💻: Learn how to create simple yet effective classifiers using logistic regression with the Iris dataset.
Multiparametric classifier🧮: Learn how to train a multiparametric classifier using Scikit-Learn.
Multiparametric multiclass classifier: Learn how to train a multiclass model using Scikit-Learn.
Practical Implementation Tips⚒️: Gain insights into best practices for training, evaluating, and fine-tuning logistic regression classifiers.
How to Access the Videos
Get Started Now!
Click on the following link to watch the lab session recording on our 📹 YouTube channel: ➡️ Part 1: Logistic Regression