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2010:ml [2010/03/04 11:35]
hongxin created
2010:ml [2023/08/19 21:02] (current)
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 +===== Introduction to Machine Learning =====
 +The study of learning from data is commercially and scientifically important. This one month short course is designed to give first year Ph.D. students a thorough grounding in the methodologies,​ technologies,​ mathematics and algorithms currently needed by people who do research in learning and data mining or who may need to apply learning or data mining techniques to a target problem. The topics of the course draw from classical statistics, from machine learning, from data mining, from Bayesian statistics and from statistical algorithmics. \\ 
 +Students entering the class should have a pre-existing working knowledge of probability,​ statistics and algorithms, though the class has been designed to allow students with a strong numerate background to catch up and fully participate. ​
  
 +===== Schedule =====
 +^    Topic               ​^ ​  ​Date ​    ​^ ​ Slides ​                                                  ​^ ​  ​note ​   ^
 +| Introduction ​          | 2010.03.04 | {{2010:​ml2010-introduction.pdf|Introduction}} ​            | [[keynote:​lesson01|=>​]] ​        ​| ​
 +| :::                    | :::        | {{2010:​ml2010-what_is_ml.pdf|What is Machine Learning}} ​  ​| ​ :::                            |
 +| :::                    | :::        | {{2010:​ml2010-point_estimation.pdf|Point estimation}} ​    ​| ​ :::                            |
 +| Supervised Learning ​   | 2010.03.11 | {{2010:​ml2010-2-1-concept_learning.pdf|Concept learning}} | [[keynote:​lesson02|=>​]] ​        |
 +| :::                    | :::        | {{2010:​ml2010-2-2-decision_tree.pdf|Decision tree}} ​      ​| ​ :::                            |
 +| :::                    | :::        | {{2010:​ml2010-2-3-naive_bayes_classification.pdf|Naive Bayes classifier}} ​ | :::            |
 +| :::                    | :::        | {{2010:​ml2010-2-4-svm.pdf|Support Vector Machines}} ​      ​| ​ :::                            |
 +| :::                    | :::        | {{2010:​ml2010-2-5-boosting.pdf|Boosting}} ​                ​| ​ :::                            |
 +| Unsupervised Learning ​ | 2010.03.18 | {{2010:​ml2010-dimension_reduction.pdf| Dimension Reduction}} ​ | [[keynote:​lesson03|=>​]] ​    |
 +| :::                    | :::        | {{2010:​adaboost.pdf| Why AddBoost?​}} ​                     |  :::                            |
 +| :::                    | :::        | {{2010:​ml2010-clustering.pdf | Clustering }}              |  :::                            |
 +| Reinforcement Learning | 2010.03.25 | {{2010:​ml2010-clustering.pdf | Clustering (cont.)}} ​      | [[keynote:​lesson04|=>​]] ​        |
 +| :::                    | :::        | {{2010:​ml2010-hidden_markov_model.pdf|Hiden Markov Model}} |  :::                         |
 +| :::                    | :::        | {{2010:​ml2010-kalman_filter.pdf|Kalman Filter}} ​          ​| ​ :::                            |
 +| course talk            | 2010.04.01 ​ | {{:​2010:​matrix-decomposition.pdf|Robust PCA}}             ​| ​ By Zhengfang Hu   |
  
  
-aaaa +===== Text books ===== 
 +  - [[http://​www.cs.cmu.edu/​~tom/​mlbook.html|Machine learning]] 
 +  - [[http://​research.microsoft.com/​en-us/​um/​people/​cmbishop/​prml/​|Pattern Recognition and Machine Learning ]] 
 +  - [[http://​www.rii.ricoh.com/​~stork/​DHS.html|Pattern Classification (2nd ed)  ]] 
 + 
 +===== Reference website ===== 
 +  - [[http://​www.stanford.edu/​class/​cs229/​|Stanford machine Learning course]]
2010/ml.1267673747.txt.gz · Last modified: 2023/08/19 21:01 (external edit)