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     統 計 與 資 料 分 析


 

統計與資料分析 (Statistics and Data Analysis)

 

必選修:運輸與航海科學系 研究所,研一(上),3學分,選修。(95學年第一學期為全英語授課)

 

 

1. 教學目標 :

培養同學應用統計方法與SPSS套裝軟體進行資料分析與解讀報表的能力,訓練同學以資料分析、邏輯推論來分析問題,進而解決問題。並藉由學習統計方法以及問題實例之探討,訓練同學具有使用統計方法分析與綜合量化資訊之能力,並能應用於解決企業之經營、管理、決策問題。

 

2. 先修科目:

統計學。

 

3. 教材內容與課程簡介:

教材:楊世瑩著SPSS 統計分析實務,第二版,旗標出版股份有限公司,20086月。

企業體、組織或個人在處理各種決策問題時,常常必須藉由許多資料分析結果,作為決策與行動的依據,以系統化而客觀的方法來分析問題,充分運用資訊。本課程設計著重於應用導向之教學,使學生明瞭如何依據研究分析之目的與資料之型態,選用適當之統計模式、熟悉統計軟體之操作,及正確的解讀電腦報表。

 

4. 教學 方式:

課堂講授、問題討論、SPSS實作、期末報告簡報(找一個研究主題,進行資料蒐集整理與分析,繳交符合期刊論文格式之期末報告一份,並進行簡報15分鐘與10分鐘問答。 

 

5. 參考書 目:

(1) 陳耀茂編著,心理與市調資料的SPSSAMOS使用手冊,鼎茂圖書出版股份有,2006年。

(2) 榮泰生著,SPSS與研究方法,五南圖書出版股份有限公司,2006年。

(3) David S. Moore著,王鴻龍、王念孫、林定香翻譯,實用統計學,科大文化事業股份有限公司,2006年第三版。

 

6. 教學進度:

1       課程大綱與上課要求;認識SPSS;第1章、概說

2       2章、建立/編輯資料檔;第3章、設計問卷與取得資料

3       4章、資料轉換;第5章、次數分配

4       6章、描述性統計

5       7章、交叉分析表

6       8章、複選題

7       9章、平均數檢定

8       10章、單因子變異數分析

9       期中考試

10     11章、相關

11     12章、迴歸

12     13章、因素分析

13     14章、信度分析

14     15章、判別分析

15     16章、集群分析

16     期末報告簡報

17     期末報告簡報

18     期末報告簡報

 

7. 評量方式:

(1) 期中測驗佔30 %:筆試。

(2) 期末報告佔50%15分鐘簡報與10分鐘問答,並繳交書面報告。

(3) 平時成績佔20% :出席率、參與問題討論、上課狀況,作為加減分項。

 

8. 講義位址:

Eric Ting Ocean

 

 

 

 

 

 

Statistics and Data Analysis

 

Instructor: Ting Shih-Chan (Eric Ting)

 

Office: Room729                 Tel.: (02)24622192 ext.7050

Cell phone: 0928813517     Email: ericting@mail.ntou.edu.tw      

Personal web page: Eric Ting Ocean

Office hour: meetings by appointments

 

Learning Objectives:

 

Students completing the course should gain the following knowledge and skills:

l      An understanding of basic descriptive statistics and ability to calculate these statistics and to generate them using SPSS (Statistical Package for the Social Sciences) software; an understanding of when each may be appropriate for descriptive purposes.

l      An ability to determine appropriate tests of statistical significance for differences in means, differences in percentage distributions and cross-tabulations, correlation coefficients and partial coefficients, and to generate the relevant statistics using SPSS software.

l      An ability to structure a multiple regression analysis, to generate regression results using SPSS software, and to interpret these results for statistical and theoretical significance.

 

Course Overview:

 

This course introduces students to basic statistical methods and their application, and aims to familiarize students with the basics of research design and statistical analysis. If you don't remember much from your previous statistics courses -- which is typical, actually -- don't panic. We'll be starting more or less at the beginning. In many ways this semester will be much like an advanced version of an introductory postgraduate statistics course, covering the same topics -- e.g., descriptive statistics, t-tests and chi-square tests, correlation and simple/multiple regression, and analysis of variance -- but in somewhat greater depth.

 

Proficiency with algebra is helpful; yet, no mathematics beyond algebra will be taught in this course. The purpose of this course is to prepare students to analyze real data from real research, and to understand these analyses at a conceptual level. Toward this end, we will focus more on concepts and computer analyses, and less on hand calculations and mathematics. Students will practice working with and analyzing an actual dataset using SPSS software for Windows and should be able to distinguish between theories and hypotheses; analyze and interpret statistical results; present data in graphical and tabular form; and perform basic statistical analysis using SPSS.

 

Texts and Software:

 

Textbooks

1, Morgan, G. A., Leech, N. L., Gloeckner, G. W. and Barrett, K. C., SPSS for Introductory Statistics: Use and Interpretation, Lawrence Erlbaum Associates, Inc., New Jersey, 2004.

2, Leech, N. L., Barrett, K. C. and Morgan, G. A., SPSS for Intermediate Statistics: Use and Interpretation, Lawrence Erlbaum Associates, Inc., New Jersey, 2004.

 

SPSS

This course will use Statistical Package for the Social Sciences (SPSS) computer software. Students will be expected to have access to SPSS and be able to print SPSS output to complete homework assignments.

 

Tentative Course Schedule:

 

Week 1

Introduction to statistics and data analysis

 

Week 2

Chapter 1 Variables, Research Problems and Questions. (Textbook 1)

Chapter 2 Data Coding, Entry, and Checking. (Textbook 1)

 

Week 3

Chapter 3 Measurement and Descriptive Statistics. (Textbook 1)

Chapter 4 Understanding Your Data and Checking Assumptions. (Textbook 1)

 

Week 4

Chapter 5 Data File Measurement. (Textbook 1)

Chapter 6 Selecting and Interpreting Inferential Statistics. (Textbook 1)

 

Week 5

Chapter 7 Cross Tabulation, Chi-Square, and Nonparametric Measures of Association. (Textbook 1)

 

Week 6

Chapter 8 Correlation and Regression. (Textbook 1)

 

Week 7

Chapter 9 Comparing Groups with t Tests and Similar Nonparametric Tests.  (Textbook 1)

 

Week 8

Chapter 10 Analysis of Variance ANOVA.  (Textbook 1)

 

Week 9

Mid-term exam.

 

Week 11

Chapter 4 Several Measures of Reliability.  (Textbook 2)

 

Week 12

Chapter 5 Exploratory Factor Analysis and Principal Components Analysis.  (Textbook 2)

 

Week 13

Chapter 6 Multiple Regression.  (Textbook 2)

 

Week 14

Chapter 7 Logistic Regression and Discriminant Analysis .  (Textbook 2)

 

Week 15

Chapter 8 Factorial ANOVA and ANCOVA.  (Textbook 2)

 

Week 16

Term paper presentation.

 

Week 17

Term paper presentation.

 

Week 18

Final exam.

 

Course  Requirements and Grades:

 

The course grade will be based on the following:

1. out of class, open-book mid-term exam (20%);

2. out of class, open-book final exam (20%);

3. term paper report and presentation (40%); and

4. assigned homework and contribution to class discussions (20%).

 

 


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  Copyright ©2005 Eric Ting Ocean

  上次修改日期: 2014 年 02 月 14 日