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Aws Mlu Explain

Visual, Interactive Articles About Machine Learning: https://mlu-explain.github.io/

Aws Mlu Explain

Visual, Interactive Articles About Machine Learning: https://mlu-explain.github.io/

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Github Stars Github Stars: 833
Last Commit Last Commit: Oct 23, 2024 -
First Commit Created: Aug 27, 2024 -
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Overview:

The MLU-Explain repository contains educational articles on machine learning concepts presented visually and interactively. It serves as supplementary material for Machine Learning University (MLU), offering access to courses used to train Amazon’s developers on machine learning.

Features:

  • Linear Regression: A visual, interactive explanation of linear regression.
  • Logistic Regression: Learn about how logistic regression can be used for binary classification.
  • ROC & AUC: Visual explanation of the ROC curve, AUC, and their significance.
  • Train, Test, and Validation Sets: Demonstrates the importance of data splitting in machine learning.
  • Precision & Recall: Discusses evaluation metrics like Precision, Recall, F1-score, and Confusion Matrices.
  • Random Forest: Covers the Random Forest algorithm and its application.
  • Decision Trees: Explains the Decision Tree algorithm, splits, Entropy, and Information Gain.
  • Bias Variance Tradeoff: Understands the tradeoff between under- and over-fitting models.

Installation:

To access the code snippets for the different machine learning articles mentioned, you can download or clone the MLU-Explain repository from GitHub.

git clone <repository_url>

After cloning the repository, you can navigate to the specific directories mentioned in the article summaries to view the code for each concept.

Summary:

The MLU-Explain repository provides a valuable resource for individuals looking to understand core machine learning concepts through visual and interactive explanations. It covers various topics such as linear regression, logistic regression, ROC curves, data splitting, evaluation metrics, decision trees, Random Forest, and more. The articles are authored by experts in the field, making the content both informative and accessible for anyone interested in machine learning education.