Learn how easy it is to apply sophisticated statistical and machine learning methods to real-world problems when you build using Google Cloud Platform (GCP). This hands-on guide shows data engineers and data scientists how to implement an end-to-end data pipeline with cloud native tools on GCP.
Throughout this updated second edition, you'll work through a sample business decision by employing a variety of data science approaches. Follow along by building a data pipeline in your own project on GCP, and discover how to solve data science problems in a transformative and more collaborative way.
You'll learn how
Employ best practices in building highly scalable data and ML pipelines on Google CloudAutomate and schedule data ingest using Cloud RunCreate and populate a dashboard in Data StudioBuild a real-time analytics pipeline using Pub/Sub, Dataflow, and BigQueryConduct interactive data exploration with BigQueryCreate a Bayesian model with Spark on Cloud DataprocForecast time series and do anomaly detection with BigQuery MLAggregate within time windows with DataflowTrain explainable machine learning models with Vertex AIOperationalize ML with Vertex AI Pipelines
A good overview of data science and machine learning techniques using 'big data' technologies on GCP; a good companion to the GCP Data Engineering courses on Coursera.
Somewhat of an unfair rating of two stars as I do not think I was among the intended audience for this book or at least didn't have the right expectations for this book. I have a background in software engineering, have used GCP for software engineering purposes, but do not have a data science background. To me, the book seemed like a mix of concepts, product descriptions, code snippets, and a single real-world example that, in mixing these, did not deliver an interesting, instructive message on any of the individual parts. It didn't really spend enough time at the conceptual level for me to feel like I understand the data science concepts any better. The command-line and code snippets didn't seem like useful knowledge as they are easily looked up in a reference and not "reusable" knowledge. I was also bored to death of the airline delays example by the end of the book :) I struggled to generalize the information in the book. Given my expectations, I likely would have been better off picking up a book on the introductory concepts of data science than this book.
As my employer prepares to move to GCP, I've been studying the platform's capabilities and getting excited about what it can do. The other GCP books I've read have covered the platform at a high level, discussing how the different services fit together. This book is much more applied, taking a concrete problem and working through a different aspect of it in each chapter.
My only critique of the book is that the example problem is straightforward enough that most of the firepower the author throws at it is overkill. An R script on a reasonably powerful laptop would have probably had only a slightly higher error rate.
While this is a great intro to some of the basics and offerings of GCP that can be leveraged for datascience, the book is targeting much more to explaining the pieces of the platform and getting up and running vs anything in depth. While the cloud native solutions such as cloud dataflow are touched on each could have its own book going through architecture integrations more in depth. Nonetheless a solid intro book.
Really bad book. Very disordered thoughts, very long paragraphs talking about being a Data Engineer or simple visualizations and little about basic fundamentals of GCP.
Lack of clarity, examples did not work properly. I was not able to even finish the book, I am still not quite sure what was the reason of this book, but the title does not relate to the reality.
A level-headed end to end process for data science and engineering in the cloud (not just Google Cloud). The author was a teammate of mine when joining the company and he should be very proud of this work.
Useful step-by-step guide to do a simple Data Science project on Google Cloud Platform, including where to get some initial public data to work with, how to create the components on Google Cloud Platform, how to analyze the results, and related things.
This book dives deep into tools like BigQuery and TensorFlow, making it an excellent resource for data science enthusiasts.
While I found it quite lengthy (perhaps because data science isn’t my primary interest), I appreciated the hands-on code examples and the thoughtful suggestions, resources, and articles provided throughout.
The appendix on 'Considerations for Sensitive Data within Machine Learning Datasets' is particularly noteworthy—worth revisiting multiple times for its invaluable insights. A comprehensive guide for those looking to master data science on Google Cloud.
In a time where every ML book has the fashion mnist and god awful repetitive themes, this book stands head and shoulders above any book i have read in it's style and concept presentation. Like an expensive perfume that when you smell you say it is worth every penny. This book is a breeze. If you've had enough of toy datasets and want to get to know, really get to know Google cloud , this book is a great pic. Buy and thank me later.
I think the use case (prediction of airplane arrivals on time) in book could have been less complex. I missed more architectural diagrams - I was lost on the moments and needed to re-read pages in order to understand sources and sinks of data pipelines. In short: good book for a GCP data engineer/scientist (with a bit of Google advertisement between the lines).