Machine Learning with Python: k-Means Clustering
50mIntermediate2022-05-23
Authors

Frederick Nwanganga
Information Technology Professional and Teacher
Course details
Clustering—an unsupervised machine learning approach used to group data based on similarity—is used for work in network analysis, market segmentation, search results grouping, medical imaging, and anomaly detection. K-means clustering is one of the most popular and easy to use clustering algorithms. In this course, Fred Nwanganga gives you an introductory look at k-means clustering—how it works, what it’s good for, when you should use it, how to choose the right number of clusters, its strengths and weaknesses, and more. Fred provides hands-on guidance on how to collect, explore, and transform data in preparation for segmenting data using k-means clustering, and gives a step-by-step guide on how to build such a model in Python.
Skills covered
Machine LearningPythonArtificial Intelligence (AI)Programming LanguagesOpen SourceSoftware DevelopmentDeep Dive (X:Y)
Concepts
0. Introduction
- 01 - Getting started with Python and k-means clustering
- 02 - What you should know
- 03 - The tools you need
- 04 - Using the exercise files
1. Understanding K-Means Clustering
- 05 - What is clustering
- 06 - What is k-means clustering
- 07 - Choosing the right number of clusters
- 08 - Why and when to use k-means clustering
2. Segmenting Data with K-Means Clustering
- 09 - How to segment data with k-means clustering in Python
- 10 - How to evaluate and visualize clusters in Python
- 11 - How to find the right number of clusters in Python
- 12 - How to interpret the results of k-means clustering in Python
Conclusion
- 13 - Next steps
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