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schedule [CS545 fall 2016]

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schedule [2016/09/01 12:28]
asa
schedule [2016/11/03 14:22]
asa
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 | Thursday ​                | Course introduction (continued). ​ | Sections 1.1 and 1.2 in the textbook | [[assignments:​assignment1| Assignment 1]] is available. | | Thursday ​                | Course introduction (continued). ​ | Sections 1.1 and 1.2 in the textbook | [[assignments:​assignment1| Assignment 1]] is available. |
 ^ Week 2:  August 30, Sept 1    |                           ​| ​                     |               | ^ Week 2:  August 30, Sept 1    |                           ​| ​                     |               |
-| Tuesday ​                 | Linear models ({{wiki:​02_linear.pdf | slides}}). ​ Short intro to LaTex and python [ [[notes:​python_getting_started | notes]] ].   ​| ​Chapters ​1,3.1 in the textbook |  | +| Tuesday ​                 | Linear models ({{wiki:​02_linear.pdf | slides}}). ​ Short intro to LaTex and python [ [[notes:​python_getting_started | notes]] ].   ​| ​Chapter ​1, and Section ​3.1 in the textbook |  | 
-| Thursday ​                | Linear models and the perceptron algorithm (cont). ​More Python; ​[[code:perceptron ​code]] for the perceptronLinear regression ​ | Chapter 3.2 |  ​|+| Thursday ​                | Linear models and the perceptron algorithm (cont). ​  | Chapter 1, and Section 3.1 in the textbook | [[assignments:assignment2Assignment 2]] is available. |
 ^ Week 3:  September 6,8    |                           ​| ​                     |               | ^ Week 3:  September 6,8    |                           ​| ​                     |               |
-| Tuesday ​                 | Linear regression (continued).     | Chapter 3.2  |               | +| Tuesday ​                 | [[code:​perceptron | code]] for the perceptron. ​Linear regression ({{wiki:​03_linear_regression.pdf | slides}}).     | Chapter 3.2  |               | 
-| Thursday ​                | Logistic regression ​ | Chapter 3.3 |  |+| Thursday ​                | Logistic regression ​({{wiki:​04_logistic_regression.pdf | slides}}). ​  | Chapter 3.3 |  
 +^ Week 4:  September 13,15    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Overfitting ({{wiki:​05_overfitting.pdf | slides}}) ​    | Chapters 2.3,​4.1 ​ |  | 
 +| Thursday ​                | Regularization and model selection ({{wiki:​06_regularization.pdf | slides}}) ​| Chapter ​4 | 
 +^ Week 5:  September 20,22    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Model selection and cross validation (continued). Code for [[code:​cross_validation | cross validation]] in scikit-learn ​    | Chapter 4  | [[assignments:​assignment3| Assignment ​3]] is available. | 
 +| Thursday ​                 | Discussion of classifier evaluation and metrics for classifier accuracy; here's the code for computing/​plotting [[code:​roc|ROC curves]]. ​ Short intro to large margin classification ({{wiki:​07_svm.pdf | slides}}) ​    | Chapter e-8  |  | 
 +^ Week 6:  September 27,29    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Large margin classification: ​ support vector machines ({{wiki:​07_svm.pdf | slides}}) | Chapter e-8  |   | 
 +| Thursday ​                 | The dual for the hard margin and soft margin SVM ({{wiki:​07_svm.pdf | slides}}); [[code:​demo2d|svm demo]]; Expressing SVMs in terms of error + regularization ({{wiki:​07_svm_unbalanced.pdf | slides}}) ​  | Chapter e-8  |  | 
 +^ Week 7:  October 4,7    |                           ​| ​                     |               | 
 +| Tuesday ​                 | SVMs for unbalanced data  ({{wiki:​07_svm_unbalanced.pdf | slides}}) ​ Nonlinear classification with kernels ({{wiki:​08_kernels.pdf | slides}}) | Chapter e-8  |  [[assignments:​assignment4| Assignment 4]] is available. ​ | 
 +| Thursday ​                 | Kernels (continued);​ [[code:​model_selection|model selection]] using grid search ​ | Chapter e-8  |  | 
 +^ Week 8:  October 11,13    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Model selection ​ ({{wiki:​09_evaluation.pdf | slides}}). ​ Multi-class classification ({{wiki:​10_multi_class.pdf | slides}}), a [[code:​multi_class| demo]] of multi-class classification | Chapter 4.3.3  |    | 
 +| Thursday ​                 | Neural networks ({{wiki:​11_nn.pdf | slides}}) | Chapter e-7  |  | 
 +^ Week 9:  October 18,20    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Neural networks (continued); ​ neural network [[code:​neural_networks| demo]] ​ | Chapter e-7  |  [[assignments:​assignment5| Assignment 5]] is available. ​ | 
 +| Thursday ​                 | Neural networks (continued);​ deep learning ({{wiki:​12_deep_networks.pdf | slides}}) ​ | Chapter e-7  |  | 
 +^ Week 10:  October 25,27    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Deep learning (continued) ​ | Chapter e-7  |    | 
 +| Thursday ​                 | [[code:​theano| Theano]]. ​ Features ({{wiki:​13_features.pdf | slides}}) ​ | Chapter e-9  |  | 
 +^ Week 11:  November 1,3    |                           ​| ​                     |               | 
 +| Tuesday ​                 | Feature selection ({{wiki:​13_features.pdf | slides}}); feature selection[[[code:​feature_selection| demo]]. | [[http://​www.jmlr.org/​papers/​v3/​guyon03a.html | Introduction to Variable and Feature Selection]]. ​  ​| ​   | 
 +| Thursday ​                 |  Principal components analysis (PCA) ({{wiki:​14_pca.pdf | slides}}) [[code:​pca|demo of pca]] | Chapter e-9  ​|  |
  
 ... ...
schedule.txt · Last modified: 2016/12/05 10:38 by asa