Python Machine Learning

《Python數據挖掘入門與實踐》一書作為數據挖掘入門讀物，介紹了數據挖掘的基礎知識、基本工具和實踐方法，通過循序漸進地講解算法，帶你輕鬆踏上數據挖掘之旅。本書採用理論與實踐相結合的方式，呈現瞭如何使用決策樹和隨機森林算法預測美國職業籃球聯賽比賽結果，如何使用親和性分析方法推薦電影，如何使用樸素貝葉斯算法進行社會媒體挖掘，等等。本書也涉及神經網絡、深度學習、大數據處理等內容。

強化學習是一類重要的機器學習方法,在很多領域得到了成功的應用,*近幾年與深度學習結合起來,進一步推動了人工智能的發展?本書首先介紹了強化學習的基本原理,然後介紹典型的強化學習算法,包括時序差分? SARSA? Q-Learning? DeepQ-network? Double DQN?競爭網絡結構? Rainbow? Actor-Critic? A2C? A3C? TRPO和PPO等,每種算法基本

本書共9章，主要介紹了人工智能在監督學習、非監督學習、強化學習3個領域的10種常見算法，包括kNN、貝葉斯、決策樹、支持向量機、集成學習、K-means、線性回歸、神經網絡、卷積網絡、Q-learning等。全書採用Python作為實現語言，通過大量原創圖表及實用案例讓讀者參與和體驗人工智能的“決策過程”，希望讀者能夠瞭解並掌握人工智能的常用算法。 本書配套的數字課程將在“智慧職教”(www.i

This book provides a comprehensive foundation of machine learning. To answer the questions of what to learn, how to learn, what to get from learning, and how to evaluate, as well as what is meant by learning, the book focuses on the fundamental basics of machine learning, its methodology, theory, algorithms, and evaluations, together with some philosophical thinking on comparison between machine learning and human learning for machinery intelligence.The book is organized as follows: Introduction (Chapter 1), Evaluation (Chapter 2), Supervised learning (Chapters 3, 4, and 5), Unsupervised learning (Chapter 6), Representation learning (Chapter 7), Problem decomposition (Chapter 8), Ensemble learning (Chapter 9), Deep learning (Chapter 10), Application (Chapter 11), and Challenges (Chapter 12).The book can be used as a textbook for college, undergraduate, graduate and PhD students majored in computer science, automation, electronic engineering, communication, ect. It can also be used as