Hands–On Machine Learning with Scikit–Learn and TensorFlow Paperback – 24 Mar. 2017

Having just finished chapter 2, I'm finding this book goes into a lot of detail. Online courses I've taken go through a couple of steps to prepare the data, but this book really takes you through in much more depth. It shows you how to write custom transformers your data and how to make a pipeline and shows you how to evaluate your model as well. I'm really enjoying the book and I think anyone else who knows how to program already and wants to pick up machine learning should definitely pick up this book.

This book is a fantastic introduction to TensorFlow and pretty modern neural network techniques. I was a little worried buying this book that it would focus too much on Scikit Learn, but this is not the case. This book is approximately 50:50 Scikit and TensorFlow.I bought this book as I was using TensorFlow and neural networks for my Masters Thesis and it delivered exactly what I needed to kick start my research. A pretty concise summary of some methods and what to use to get started. It is an easy read and can be consumed pretty fast if you are even vaguely familiar with the underlying theoryI wish I had more hands so I could give this book three thumbs up.

5* for the first half of the book, scikit learn. 3* for the second half, Tensor Flow. Nice examples with Jupyter notebooks. Good mix of practical with theoretical. The scikit learn section is a great reference, nice detailed explanation with good references for further reading to deepen your knowledge. The tensor flow part is weaker as examples become more complex. Chollet’s book Deep Learning with Python, which uses Keras is much stronger, as the examples are easier to understand as Keras is a simple layer over tensor flow to ease the use. Also Chollet explains the concepts better and nicely annotates his code.Buy this book for scikit learn and overall best practise for machine learning and data science.Buy Chollet’s Deep Learning using Python for practical deep learning itself.Overall still a practical book with Jupyter Notebook supplementary material.

I have been studying AI on and off for over 25 years, and have worked on statistical modelling for the past 20 years, including at Caltech and in Wall Street. I am currently running a summer program on Machine Learning in finance at UCL and am writing positions papers on ML, AI and big data. I own a library of Mathematical Statistics, Modelling, AI, Pattern Recognition, Machine Learning, Python, R, etc books and I have to say that this book makes all the others redundant. This is like Wilmott/Hull is for finance, or Kernigen & Ritchie for C.This is so obviously written by a practitioner - someone who has done it and has the scars to show it. Even the title tells you this is for the grown-ups - forget R and all that crap, all roads lead to SKLearn and TensorFlow, via anaconda a Jupyter.Buy this book and "Elements of Statistical Learning" and you have all the library you ever need. If you don't want to get bogged down in the maths, then just buy this one.

This book is extremely well written, concise, and very practical. One of the best books on the subject, doesn't require the reader to be a full-time mathematician fluent in Greek. I cannot recommend it enough.After I read a few chapters from a pdf version, I bought the paper version of the book because I liked it so much. Unfortunately, the print version is black and white and that makes some charts much less discernible, so I still use the pdf version to see the charts in color.

Covers everything from simple linear models, SVM, random forests right through to modern neural nets/deep learning: CNNs, RNN and reinforcement learning. The writing is excellent. It seemed like every time I wondered something the answer was in the next paragraph. The pace was perfect for me though I have done some of this before - I wonder if it moves too fast for some.

Pretty good explanation of several aspects of Machine Learning. The author goes into a good deal of the mathematical background despite it being a practical book. e.g. I finally learned the step between quadratic programming (from convex optimisation) and SVMs.That said this is not an introductory book. You are expected to know Python and a good deal of the data libraries beforehand.

Amazing book. I would just like to point out that the description for the kindle edition carries the disclaimer (in bold) that "Graphics in this book are printed in black and white". This is not true, they are very much in colour and this makes a huge positive difference, especially for graphical information presented in multiple dimensions.As an enthusiastic hobbyist, some of the descriptions of what is "under the hood" were slightly beyond my ability to fully comprehend. However, the book is so well-written that this becomes inspiring rather than frustrating. So my next project is to improve my math.