【导读】UC.Berkeley CS189 《Introduction to Machine Learning》是面向初学者的机器学习课程在本指南中,我们创建了一个全面的课程指南,以便与学生和公众分享我们的知识,并希望吸引其他大学的学生对伯克利的机器学习课程感兴趣。
讲义目录:
Note 1: Introduction
Note 2: Linear Regression
Note 3: Features, Hyperparameters, Validation
Note 4: MLE and MAP for Regression (Part I)
Note 5: Bias-Variance Tradeoff
Note 6: Multivariate Gaussians
Note 7: MLE and MAP for Regression (Part II)
Note 8: Kernels, Kernel Ridge Regression
Note 9: Total Least Squares
Note 10: Principal Component Analysis (PCA)
Note 11: Canonical Correlation Analysis (CCA)
Note 12: Nonlinear Least Squares, Optimization
Note 13: Gradient Descent Extensions
Note 14: Neural Networks
Note 15: Training Neural Networks
Note 16: Discriminative vs. Generative Classification, LS-SVM
Note 17: Logistic Regression
Note 18: Gaussian Discriminant Analysis
Note 19: Expectation-Maximization (EM) Algorithm, k-means Clustering
Note 20: Support Vector Machines (SVM)
Note 21: Generalization and Stability
Note 22: Duality
Note 23: Nearest Neighbor Classification
Note 24: Sparsity
Note 25: Decision Trees and Random Forests
Note 26: Boosting
Note 27: Convolutional Neural Networks (CNN)
讨论目录:
Discussion 0: Vector Calculus, Linear Algebra (solution)
Discussion 1: Optimization, Least Squares, and Convexity (solution)
Discussion 2: Ridge Regression and Multivariate Gaussians (solution)
Discussion 3: Multivariate Gaussians and Kernels (solution)
Discussion 4: Principal Component Analysis (solution)
Discussion 5: Least Squares and Kernels (solution)
Discussion 6: Optimization and Reviewing Linear Methods (solution)
Discussion 7: Backpropagation and Computation Graphs (solution)
Discussion 8: QDA and Logistic Regression (solution)
Discussion 9: EM (solution)
Discussion 10: SVMs and KNN (solution)
Discussion 11: Decision Trees (solution)
Discussion 12: LASSO, Sparsity, Feature Selection, Auto-ML (solution)
讲义下载链接:https://pan.baidu.com/s/19Zmws53BUzjSvaDMEiUhqQ 密码:u2xs