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Department of Statistics
Texas A&M University
STATISTICS COLLOQUIUM
DEPARTMENT OF STATISTICS
Texas A&M University
Myunghee Paik
Columbia University
Bivariate Binary Data Analysis with Non-ignorable Missing Outcomes
ABSTRACT: We propose a method to handle non-randomly missing binary outcomes when the outcome variable is a bivariate vector of binary indicators. This problem is motivated from a stroke study where one of the objectives is to estimate the prevalence of functionally impaired among stroke patients. The proposed method consists of fitting four separate binary regression models: (i) for the baseline outcome; (ii) for the outcome at two years after the onset of the first stroke; (iii) for the product of these two; and (iv) for the missingness indicator. A jackknife variance estimate is proposed for the variance of the resulting estimates. The proposed analysis can be implemented in widely used software such as SAS.
| DATE: | Thursday, October 22, 1998 | |
| TIME: | 4:00 p.m.-5:00 p.m. | |
| PLACE: | Room 150, Blocker |
Refreshments will be served in the Blocker Building, Room 447, at 3:30 p.m.
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