About Feature Scaling and Normalization
A guide to feature scaling and normalization in machine learning, covering standardization, Min-Max scaling, and their implementation in scikit-learn.
A guide to feature scaling and normalization in machine learning, covering standardization, Min-Max scaling, and their implementation in scikit-learn.
A Python tutorial covering essential tools and techniques for machine learning, including data visualization, PCA, LDA, and classification.
Announcing the four students accepted for Google Summer of Code 2024 to work on scikit-learn projects, including neural networks and performance improvements.
A technical guide to implementing Principal Component Analysis (PCA) for dimensionality reduction, comparing it with MDA and providing code examples.
Overview of scikit-learn 0.14 release, highlighting new features like AdaBoost and performance improvements in benchmarks.
Overview of new features in scikit-learn 0.11, including non-linear models, semi-supervised learning, and sparse models for Python machine learning.
Scikit-learn and related Python libraries have students accepted for Google Summer of Code projects focused on performance and new features.
Announcement for a 2-year junior engineer position to work on the scikit-learn machine learning library at INRIA near Paris.
The scikit-learn team announces a community sprint on April 1st for improving the Python machine learning library, with in-person and remote participation.
Explains the difference between ICA and PCA using scikit-learn code, advocating for runnable examples over static visuals in scientific materials.
A humorous take on machine learning concepts like overfitting and algorithm comparisons, using Python's scikit-learn library as an example.
Announcement for the upcoming scikit-learn coding sprint in Paris, including dates, location, remote participation details, and planned tasks.
Announcing a two-day coding sprint in Paris focused on scikit-learn's API and development guidelines for machine learning in Python.
Explores the concept of object signatures for defining parameters, focusing on applications in libraries like scikit-learn for model selection and avoiding type checking.