
The modern Deep Learning era began in the 2010s, even though the concept traces back to the 1980s. People often use the terms Neural Networks and Deep Learning interchangeably, but there's a difference between the two.
An Artificial Neural Network consists of three layers: the input layer, where data is given; the hidden layer, where information is processed; and the output layer, where decisions are made. Deep Learning takes it a step further. It's a self-teaching and learning system comprising multiple layers, with more than one hidden layer. Deep Learning powers Artificial Intelligence and Big Data, making it crucial to understand for those looking to pursue a career in this field.
Author: Seth Weidman
This book is a gem for experienced data scientists venturing into deep learning. "Deep Learning from Scratch" is a thorough introduction to deep learning concepts for data scientists and information specialists already well-versed in machine learning.
The book takes you swiftly from core deep learning concepts to more advanced algorithms and neural network structures. While the material might be challenging, the rewarding outcomes are worth it. PyTorch, a popular deep-learning platform, is used extensively throughout the book.
Author: Jeremy Howard and Sylvain Gugger
As deep learning becomes more accessible, you don't need a Ph.D. in mathematics or computer science to work with it. Thanks to user-friendly libraries and interfaces, deep learning is now within reach for many.
Author: Michael Nielsen
Considered one of the best books on neural networks, this free online resource connects deep learning and neural networks. It explores how neural networks, inspired by the human brain, can solve common problems related to speech and image recognition and natural language processing. While explaining complex mathematics, the author also provides arithmetic-free summaries, making it a valuable resource for newcomers to deep learning.
Author: Sebastian Raschka and Vahid Mirjalili
This excellent deep-learning textbook stands out or its exclusive focus on Python. It offers a comprehensive understanding of deep learning, data analysis, and machine learning techniques. The book introduces powerful libraries like Scikit-Learn for creating various machine learning algorithms. Additionally, it delves into the world of deep learning with the TensorFlow module.
The authors skillfully demonstrate the vast potential of data analysis using deep and machine learning. They provide numerous techniques to enhance the quality of the models you build.
Author: Sudharsan Ravichandran
This book dives into deep learning algorithms and demonstrates how to implement them using the TensorFlow library. While unsuitable for total beginners, it is a valuable resource for those with a solid understanding of Python and machine learning fundamentals. Topics covered include the mathematics behind deep learning, gradient descent variants, and an introduction to generative adversarial networks.
Authors: Ian Goodfellow, Yoshua Bengio, and Aaron Courville
Geared toward college-level students, this educational handbook comprehensively introduces deep learning. The authors emphasize the importance of studying mathematical concepts like probability and linear algebra to grasp deep learning beyond coding. The book covers essential deep learning principles in speech recognition, sequence modeling, and real-world applications.
Author: François Chollet
This bestselling book by François Chollet, the creator of the Keras deep learning library, gained popularity for its comprehensive coverage of deep learning in Python. The October 2021 edition includes new information and insights, catering to novices and experienced practitioners. The book provides clear explanations, visual representations, and practical TensorFlow, Keras, and Python coding examples.
Authors: Nithin Buduma, Nikhil Buduma, and Joe Papa
Designed to be accessible, this deep learning textbook introduces the field without complicated terminology. It covers various popular deep learning use cases, including text and image analysis and reinforcement learning, with Python-based code examples.
Author: Andriy Burkov
An inclusive and easy-to-read book that covers machine learning and deep learning concepts. While not a deep dive, it offers a sufficient understanding of various model types and applications. The book covers supervised and unsupervised learning, neural networks, and more concisely.