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Journey to Become a Google Cloud Machine Learning Engineer

You're reading from   Journey to Become a Google Cloud Machine Learning Engineer Build the mind and hand of a Google Certified ML professional

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Product type Paperback
Published in Sep 2022
Publisher Packt
ISBN-13 9781803233727
Length 330 pages
Edition 1st Edition
Languages
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Author (1):
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Dr. Logan Song Dr. Logan Song
Author Profile Icon Dr. Logan Song
Dr. Logan Song
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Table of Contents (23) Chapters Close

Preface 1. Part 1: Starting with GCP and Python
2. Chapter 1: Comprehending Google Cloud Services FREE CHAPTER 3. Chapter 2: Mastering Python Programming 4. Part 2: Introducing Machine Learning
5. Chapter 3: Preparing for ML Development 6. Chapter 4: Developing and Deploying ML Models 7. Chapter 5: Understanding Neural Networks and Deep Learning 8. Part 3: Mastering ML in GCP
9. Chapter 6: Learning BQ/BQML, TensorFlow, and Keras 10. Chapter 7: Exploring Google Cloud Vertex AI 11. Chapter 8: Discovering Google Cloud ML API 12. Chapter 9: Using Google Cloud ML Best Practices 13. Part 4: Accomplishing GCP ML Certification
14. Chapter 10: Achieving the GCP ML Certification 15. Part 5: Appendices
16. Index 17. Other Books You May Enjoy Appendix 1: Practicing with Basic GCP Services 1. Appendix 2: Practicing Using the Python Data Libraries 2. Appendix 3: Practicing with Scikit-Learn 3. Appendix 4: Practicing with Google Vertex AI 4. Appendix 5: Practicing with Google Cloud ML API

Convolutional Neural Networks

Now that we have learned about neural networks and DL, let’s look at some business use cases.

The first case is image recognition. How can we teach a computer to recognize an image? It is an easy task for a human being but a very difficult one for a computer. The first thing we need to do, since computers are only good at working with 1s and 0s, is to transform the image into a numerical matrix using pixels. As an example, Figure 5.5 shows a black and white image for a single digit number, 8, represented by a 28x28 pixel matrix. While human beings can easily recognize the image as a number 8 by some magic sensors in our eyes, a computer needs to input all of the 28x28=784 pixels, each having a pixel value—a single number representing the brightness of the pixel. The pixel value has possible values from 0 to 255, with 0 as black and 255 as white. Values in between make up the different shades of gray. If we have a color image, the pixel...

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