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Brian F. Schaffner          Department of Government

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Spring 2007 Course

  • Advanced Quantitative Methods—Maximum Likelihood (Graduate) January 2nd-January 11th
    This course is primarily concerned with regression analysis of political and social phenomena via maximum-likelihood estimation.  In many situations, Ordinary Least Squares is unsuitable for analyzing data that are of interest to political scientists.  This course will introduce students to a set of methods and techniques for handling situations in which the assumptions of OLS are violated.  In particular, the methods employed will be concerned with techniques for dealing with categorical and limited dependent variables.  Models to be covered include: logit, probit, multinomial logit, ordered probit, and models for event counts.  We will also consider models for dealing with sample selection and event history.  Although there will be emphasis on the theoretical and technical aspects, most of our attention will be directed to the application of these methods and the presentation of the results.

 

The class will meet in the SPA Computer Lab from 10am – 4pm on January 2nd-4th and January 7th-11th. There will be a one hour break for lunch each day. Assignments will be due during the course, but a final paper will be due at the end of the Spring semester. A separate class meeting will be scheduled in late April or early May for students to present these papers.

 

The following books will be required for this class. You may wish to purchase these in advance in case the bookstore does not stock them before class begins on January 2nd.

 

Author : Long, J. Scott

Title : Regression Models for Categorical and Limited Dependent Variables

Publisher : Thousand Oaks, CA: Sage. 1997      

             

Author : Freese, Jeremy and J. Scott Long

Title : Regression Models for Categorical Variables Using Stata

Publisher : College Station, TX: Stata Press. 2006         

             

Author : Allison, Paul D.

Title : Event History Analysis: Regression for Longitudinal Event Data

Publisher : Thousand Oaks, CA: Sage. 1984      

 

Author : Eliason, Scott R.

Title : Maximum Likelihood Estimation: Logic and Practice

Publisher : Thousand Oaks, CA: Sage. 1993      

 

Syllabus (From previous course…topics will remain the same, but scheduling will obviously change).

 

Class Resources for Conduct I and Conduct II

·         Stata Guides for Conduct II

o        Bivariate Tests

o        Rules for Creating Tables

o        Regression, Recoding, and Labeling

o        Putting Regression Output into Tables

o        Merging and Appending Datasets

o        Omitted Variable Bias Illustration

o        Durbin Watson Test and Residual Plots

o        Creating Predicted Values Using Clarify

 

 

 


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