Schedule

 

 

 

Summer Schedule

In this section, you will find the course schedule, including assignments, readings, test dates and other useful information. 

The specific dates for each lecture can be found on a handout that will be provided to you in class.

Lecture

Click on number to view notes

Topics

Readings from Chapters in Kirk

1

Orientation to the course (Unit 0)
Research strategies, controling nuisance variables
Experimental designs: An overview

Chapter 1
Chapter 2

2

Chi-square distribution
F-distribution and F statistic

3.1
3.1, 3.4

 

 

 

Please review the following topics on your own.
Introduction to one-way ANOVA
An example of one-way ANOVA
Assumptions in ANOVA


5.1, 5.2
5.3
3.5, 3.3 (fixed)

3

Post-hoc (A Posteriori) comparisons of means w squared

4.5(Tukey),4.6(Scheffe)
5.4, 5.5

4

Orthogonal planned comparisons

4.1, 4.2

5

Dunn's, Dunn-Sidak,and Holm's procedures

4.3, 4.4

6

Dunnett's multiple comparison test
Fisher-Hayter procedure
Newman-Keuls procedure
Comparison of comparison procedures

4.3
4.5
4.7
4.8

7

Introduction to 2-way ANOVA
Example of a 2-way ANOVA

9.1, 9.2
9.3, 9.4

 

 

(The first take-home examination, Ch. 1-5, 9 in Kirk)

 

 

8

Interpretation of interactions

9.3, 9.6

9

w squared, Effect size, power, and sample size determination

9.8, 5.6

10

CR-p design: Random-effect model approach
CRF-pq design: Random-effect model approach

5.8
9.4, 9.10

11

Pooling strategies used in random-effect models
Rules for deriving expected values of mean squares

9.11
9.9

12

Introduction to randomized block (RB) design
Generalized randomized block (GRB) design

7.1,7.2,7.4
7.9, 7.10

13

Introduction to Latin-square designs
An example of LS-p design
Latin-squares with replications

8.1,8.2,8.3
8.5
14.9

14

Introduction to & an example of hierarchical design
Advantage and disadvantage of hierarchical designs

11.1-11.5
11.9


(Article Critique Due)


15

Introduction to split-plot factorial (SPF) designs
An example of SPFp.q design
Computational procedure for the SPFpq.r design

12.1
12.2, 12.3
12.8

16

Computational procedure for the SPFp.qr design
Assumptions underlying the SPF designs

12.10
12.4

17

Introduction to and an example of one-way ANCOVA

15.1-15.3

18

Assumptions underlying ANCOVA designs

15.4

The second take-home exam is due in Room 4050 at a time to be announced.

Note: This is a tentative course schedule which is subject to change without prior notice. Changes to the syllabus depend on the pace of classroom instruction and students' learning. Any change in the syllabus will be communicated to each enrolled student via the electronic mail.

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URL: http://www.indiana.edu/~jopeng/Y603/summer/schedule.html
Comments: peng@indiana.edu
Dr. Peng's Home Page: Dr. Chao-Ying Joanne Peng
Copyright 1998, The Trustees of Indiana University