1 SBM411 資料探勘 陳春賢

2 Lecture I Class Introduction

3 Instructor Information  姓名 : 陳春賢  Ph.D. from Iowa State University, USA  M.S. from Iowa State University, USA  B.E. from 新竹清華大學  Technical specialty: Databases and Intelligent Decision Support Systems.  Research interests: Data Mining, Biomedical informatics, Artificial Intelligence, Artificial Neural Networks

4 Contact Info  Contact Info: TEL: (03) ext

5 Course Objectives To learn  The terms, concepts and applications of data mining  The processes, techniques and models of data mining  Data preprocessing techniques  Data Warehouse and OLAP technology  To use free data mining software: Weka to analyze certain data sets

6 Course Content  Introduction to data mining  Main data mining techniques Association rule mining Classification and prediction Cluster analysis  Open-source DM software in Java: Weka 3.x  Data preprocessing techniques  Data warehouse and OLAP Technology

7 Textbook and References  Textbook Jiawei Han and Micheline Kamber, Data Mining : Concepts and Techniques, 2nd edition, Morgan Kaufmann Publishers, San Francisco, CA, USA,  參考書 Margaret H. Dunham, Data Mining: Introductory and Advanced Topics, Prentice Hall, Upper Saddle River, NJ, USA, 王派洲 譯，資料探勘 : 概念與方法，第二版 (Jiawei Han and Micheline Kamber, Data Mining:Concepts and Techniques,2/e) ， 滄海書局， 2008.

8 Grading Policy  10% : Class Participation  40% : Midterm Exam One-hour close-book Exam (8/9, Week 8) Take-home Exam (Due 8/16, Week 9)  50% : Final Project 5% : Proposal (problem analysis) 10% : Final Report 35% : Data Analysis and Presentation

9 Project Proposal (8/30, Week 11) The proposal is to plan your project. It should at least include :  Title  Team member  Motivation  Problem and data description including data source, description, description of important attributes, data year, record number, attribute number and other  Schedule  A short description of the used DM techniques  Data analysis process data preprocessing, data mining, knowledge presentation/evaluation  Performance evaluation method  Others

10 Final Project  A project on DM application  Use Weka to analyze certain data sets  A presentation and report to introduce your project, at least including Title and motivation Problem, data description, data range, basic data statistics How the problem can be solved The DM algorithms you use/implement and related literature Analysis process data preprocessing, data mining, knowledge presentation/evaluation Class distribution at each attribute Performance evaluation method Result and value of the discovered knowledge Discussion  Each student can use 25 min for presentation 17~20 min for presentation, 3 min for Q&A, 2 min for getting ready

11 Class Schedule  Week 1:Class Introduction / Introduction to data mining  Week 2-3:Association rule mining  Week 4-5: Classification and prediction  Week 6:Cluster analysis  Week 7:The applications of data mining ( 林詩偉老師, 8/2 )  Week 8:Cluster analysis (One-hour Close-book 8/9)  Week 9: Introduction of Weka (free DM software) (Take-home Exam due 8/16)  Week 10: Data preprocessing  Week 11:Data warehouse (Proposal of final project due 8/30)  Week 12:Mass data analysis ( 林詩偉老師, 9/6 )  Week 13: Final project presentation

12 Internet Resources  Lecture Slides Browser URL: ftp:// /cchen 103Summer →103S_Data Mining_eMIS → 上課投影片  Open source DM software in Java: Weka 3.x.x

13 Dataset Web Sites for Mining  UCI Machine Learning Repository  衛生福利部食品藥物管理署 OPEN DATA 開放資料集  DASL  JSE Data Archive  KDNuggets  MLnet Online Information Service

14 Question & Answer