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Hands-On Machine Learning with TensorFlow.js

You're reading from   Hands-On Machine Learning with TensorFlow.js A guide to building ML applications integrated with web technology using the TensorFlow.js library

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Product type Paperback
Published in Nov 2019
Publisher Packt
ISBN-13 9781838821739
Length 296 pages
Edition 1st Edition
Languages
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Author (1):
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Kai Sasaki Kai Sasaki
Author Profile Icon Kai Sasaki
Kai Sasaki
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Toc

Table of Contents (17) Chapters Close

Preface 1. Section 1: The Rationale of Machine Learning and the Usage of TensorFlow.js
2. Machine Learning for the Web FREE CHAPTER 3. Importing Pretrained Models into TensorFlow.js 4. TensorFlow.js Ecosystem 5. Section 2: Real-World Applications of TensorFlow.js
6. Polynomial Regression 7. Classification with Logistic Regression 8. Unsupervised Learning 9. Sequential Data Analysis 10. Dimensionality Reduction 11. Solving the Markov Decision Process 12. Section 3: Productionizing Machine Learning Applications with TensorFlow.js
13. Deploying Machine Learning Applications 14. Tuning Applications to Achieve High Performance 15. Future Work Around TensorFlow.js 16. Other Books You May Enjoy

Exercise

  1. Prove that the SSE converges with zero when we increase the number of desired clusters, K.
  2. Using the example in this chapter, change the number of centroids and see how the final result varies.
  3. What will happen if we move each cluster closer together?
  4. There are multiple enhanced initialization methods of K-means. Let's try out the following initial centroids:
    • Forgy method: Choose K observations from the data points as centroids.
    • Random partition: Assign each data point to a cluster randomly.
  5. Replace the naive K-means implementation that we used with the implementation in machinelearn.js.
  6. It's not guaranteed that the K-means algorithm can be converged with the global optima. Illustrate where K-means only returns poor results.
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