Java Deep Learning Essentials – Yusuke Sugomori

With an increasing interest in AI around the world, deep learning has attracted a great deal of public attention. Every day, deep learning algorithms are used across different industries. Deep learning has provided a revolutionary step to actualize AI. While it is a revolutionary technique, deep learning is often thought to be complicated, and so it is often kept from much being known of its contents. Theories and concepts based on deep learning are not complex or difficult. In this book,
we’ll take a step-by-step approach to learn theories and equations for the correct understanding of deep learning. You will find implementations from scratch, with detailed explanations of the cautionary notes for practical use cases.

What this book covers

Chapter 1, Deep Learning Overview, explores how deep learning has evolved.

Chapter 2, Algorithms for Machine Learning – Preparing for Deep Learning, implements machine learning algorithms related to deep learning.

Chapter 3, Deep Belief Nets and Stacked Denoising Autoencoders, dives into Deep Belief Nets and Stacked Denoising Autoencoders algorithms.

Chapter 4, Dropout and Convolutional Neural Networks, discovers more deep learning algorithms with Dropout and Convolutional Neural Networks.

Chapter 5, Exploring Java Deep Learning Libraries – DL4J, ND4J, and More, gains an
insight into the deep learning library, DL4J, and its practical uses.

Chapter 6, Approaches to Practical Applications – Recurrent Neural Networks and More, lets you devise strategies to use deep learning algorithms and libraries in the real world.

Related posts:

Java Program to Implement Direct Addressing Tables
The Thread.join() Method in Java
Java Program to Implement Sorted Doubly Linked List
Java Program to Implement Affine Cipher
Java 8 Stream API Analogies in Kotlin
Java Program to Implement Tarjan Algorithm
Java Program to Perform Search in a BST
A Guide to LinkedHashMap in Java
Java Program to Find SSSP (Single Source Shortest Path) in DAG (Directed Acyclic Graphs)
Java Program to Perform Quick Sort on Large Number of Elements
Shuffling Collections In Java
Java Program to Implement Counting Sort
Java Program to Implement the Checksum Method for Small String Messages and Detect
Introduction to the Java NIO Selector
Java Program to Implement Circular Singly Linked List
Java Program to Check the Connectivity of Graph Using BFS
Java Program to Give an Implementation of the Traditional Chinese Postman Problem
Java Program to Implement Cartesian Tree
Java Program to Implement Hash Trie
Using the Map.Entry Java Class
Guide to the Fork/Join Framework in Java
Java Program to Implement Unrolled Linked List
Convert String to Byte Array and Reverse in Java
Java Program to Check Whether Graph is DAG
Deep Learning - A Practitioner's Approach - Josh Patterson & Adam Gibson
Java Program to Implement Sorted List
Chương trình Java đầu tiên
Flattening Nested Collections in Java
Dynamic Proxies in Java
Quick Guide to the Java StringTokenizer
Java Program to Implement First Fit Decreasing for 1-D Objects and M Bins
Java Program to Find the Minimum Element of a Rotated Sorted Array using Binary Search approach