全书总共33章分成六个部分:
I Mathematical Foundations (数学基础)
II Mathematical Optimization Methods (数学优化方法)
III Classical Statistical Methods (经典统计方法)
IV Dynamics Modeling Methods (动力系统建模方法)
V Statistical Learning Methods (统计学习方法)
VI Optimal Control and Reinforcement Learning Methods (最优控制和强化学习方法)
对一些热门章节进行章节归类打包下载
• Linear Algebra and Matrix Analysis
• Mathematical Optimization
• Probability and Statistical Estimation
• Stochastic Process
• Markov Chain and Random Walk
• Linear Regression Analysis
• Statistical Learning
• Neural Network and Deep Learning
• (Deep) Reinforcement Learning
整体目录如下:
I Mathematical Foundations
• Sets, Sequences and Series
• Metric Space
• Advanced Calculus
• Linear Algebra and Matrix Analysis
• Function Sequences, Series and Approximation
• Basic Functional Analysis
II Mathematical Optimization Methods
• Unconstrained Nonlinear Optimization
• Constrained Nonlinear Optimization
• Linear Optimization
• Convex Analysis and Convex Optimization
• Basic Game Theory
III Classical Statistical Methods
• Probability Theory
• Statistical Distributions
• Statistical Estimation Theory
• Multivariate Statistical Methods
• Linear Regression Analysis
• Monte Carlo Methods
IV Dynamics Modeling Methods
• Models and estimation in linear systems
• Stochastic Process
• Stochastic Calculus
• Markov Chain and Random Walk
• Time Series Analysis
V Statistical Learning Methods
• Supervised Learning Principles and Methods
• Linear Models for Regression
• Linear Models for Classification
• Generative Models
• K Nearest Neighbors
• Tree Methods
• Ensemble and Boosting Methods
• Unsupervised Statistical Learning
• Neural Network and Deep Learning
VI Optimal Control and Reinforcement Learning Methods
• Classical Optimal Control Theory
• Reinforcement Learning
Appendix: Supplemental Mathematical Facts
这本书来源于我攻读博士期间上的上课笔记。 当时为了解决科研中 一些难题, 上了大量计算机和数学课。笔记由一开始的零零散散,到后来渐成规模。最后一句话送给大家:
If you want to learn something, read about it. If you want to understand something, write about it. If you want to master something, teach it.