Machine Learning Mathematics
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Mathematics for Machine Learning
Author: Marc Peter Deisenroth
language: en
Publisher: Cambridge University Press
Release Date: 2020-04-23
Distills key concepts from linear algebra, geometry, matrices, calculus, optimization, probability and statistics that are used in machine learning.
Machine Learning Math All You Need to Know Immediately About Math If You Want Spark In Deep Learning, Artificial Intelligent and Machine Learning
★ 55% OFF for Bookstores! NOW at $36.95 instead of $49.95★ You find out about machine learning form A to Z even if you are a beginner Do you want to spark in the science of XXI century? Do you want to become a recreational scientist in deep learning? If you answer yes to one of these previous questions, then keep reading till the end. Machine learning is an advanced form of data analysis and computation which uses the exceptional processing speed and pattern recognition techniques of computers to find and learn new trends in data. Putting it, it is an artificial-intelligence-inspired technique of programming that allows computers to improve their learning capabilities through the data they are fed, or they can access. The concept behind the technique is consistently to improve and to test, and it will be the key in the bigger technological revolution for the future. It is important for any current or aspiring data scientist to join the growing machine learning community, and contribute a quota to improve technology. This guide will focus on the following items: - Induction and Deduction - Decision Trees - Types of Artificial Intelligence and Machine Learning - Stacked Denoising Autoencoders - Robotics - Reinforcement Learning - Linear Algebra - How Companies Use Big Data to Increase Sales - What Is Supervised Machine Learning - How To Build A Predictive Model - Data Preprocessing with Machine Learning - Machine Learning and Robotics - How AI Is Revolutionizing Industry... AND MORE!!! What are you waiting for? A lot of people think that studying ML and Mathematics is difficult. It's because there are a lot of people that don't know the topic in depth so they can't explain it in easy ways. In this book the items will be described in such an easy way you will be surprised! Buy now if you want to spark in deep learning and know whatever it takes about ML and Math
Practical Mathematics for AI and Deep Learning
Mathematical Codebook to Navigate Through the Fast-changing AI Landscape KEY FEATURES ● Access to industry-recognized AI methodology and deep learning mathematics with simple-to-understand examples. ● Encompasses MDP Modeling, the Bellman Equation, Auto-regressive Models, BERT, and Transformers. ● Detailed, line-by-line diagrams of algorithms, and the mathematical computations they perform. DESCRIPTION To construct a system that may be referred to as having ‘Artificial Intelligence,’ it is important to develop the capacity to design algorithms capable of performing data-based automated decision-making in conditions of uncertainty. Now, to accomplish this goal, one needs to have an in-depth understanding of the more sophisticated components of linear algebra, vector calculus, probability, and statistics. This book walks you through every mathematical algorithm, as well as its architecture, its operation, and its design so that you can understand how any artificial intelligence system operates. This book will teach you the common terminologies used in artificial intelligence such as models, data, parameters of models, and dependent and independent variables. The Bayesian linear regression, the Gaussian mixture model, the stochastic gradient descent, and the backpropagation algorithms are explored with implementation beginning from scratch. The vast majority of the sophisticated mathematics required for complicated AI computations such as autoregressive models, cycle GANs, and CNN optimization are explained and compared. You will acquire knowledge that extends beyond mathematics while reading this book. Specifically, you will become familiar with numerous AI training methods, various NLP tasks, and the process of reducing the dimensionality of data. WHAT YOU WILL LEARN ● Learn to think like a professional data scientist by picking the best-performing AI algorithms. ● Expand your mathematical horizons to include the most cutting-edge AI methods. ● Learn about Transformer Networks, improving CNN performance, dimensionality reduction, and generative models. ● Explore several neural network designs as a starting point for constructing your own NLP and Computer Vision architecture. ● Create specialized loss functions and tailor-made AI algorithms for a given business application. WHO THIS BOOK IS FOR Everyone interested in artificial intelligence and its computational foundations, including machine learning, data science, deep learning, computer vision, and natural language processing (NLP), both researchers and professionals, will find this book to be an excellent companion. This book can be useful as a quick reference for practitioners who already use a variety of mathematical topics but do not completely understand the underlying principles. TABLE OF CONTENTS 1. Overview of AI 2. Linear Algebra 3. Vector Calculus 4. Basic Statistics and Probability Theory 5. Statistics Inference and Applications 6. Neural Networks 7. Clustering 8. Dimensionality Reduction 9. Computer Vision 10. Sequence Learning Models 11. Natural Language Processing 12. Generative Models