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Mastering AI, machine learning, and data science often means piecing together concepts scattered across countless resources, statistics, and visualizations to foundational models and large language models. This book, the result of eight years of effort, brings it all together in one accessible, engaging package. It clarifies artificial intelligence and data science, blending core mathematical principles with a clear, reader-friendly approach.
Unlike traditional textbooks that lean heavily on equations and mathematical formalization, the author starts with minimal prerequisites, layering deeper math as the reader progresses. Each concept, algorithm, or model is unpacked through clear, hands-on examples that build the reader's skills step by step. It strikes a balance between theoretical foundations and practical application, serving as both an academic reference and a practical guide.
Furthermore, the book uses humor, casual language, and comics to make the challenging concepts and topics relatable and fun. Any resemblance between the jokes and real life is pure coincidence, and no offense is intended.
Table of Contents
Part I: Introduction & Preliminary Requirements
Chapter 1: Basic Concepts Chapter 2: Visualization Chapter 3: Probability and Statistics
Part II: Unsupervised Learning
Chapter 4: Clustering Chapter 5: Frequent Itemset, Sequence Mining and Information Retrieval
Part III: Data Engineering
Chapter 6: Feature Engineering Chapter 7: Dimensionality Reduction and Data Decomposition
Part IV: Supervised Learning
Chapter 8: Regression Analysis Chapter 9: Classification
Part V: Neural Network
Chapter 10: Neural Networks and Deep Learning Chapter 11: Self-Supervised Deep Learning Chapter 12: Deep Learning Models and Applications (Text, Vision, and Audio)
Part VI: Reinforcement Learning
Chapter 13: Reinforcement Learning
Part VII: Other Algorithms and Concepts
Chapter 14: Making Lighter Neural Network and Machine Learning Models Chapter 15: Graph Mining Algorithms Chapter 16: Concepts and Challenges of Working with Data
