Sessions Were Renumbered as of May 19.
Legend:
CC-W = McCormick Place Convention Center, West Building,
CC-N = McCormick Place Convention Center, North Building
H = Hilton Chicago,
UC = Conference Chicago at University Center
* = applied session ! = JSM meeting theme
Activity Details
381
Tue, 8/2/2016,
10:30 AM -
11:15 AM
CC-Hall F1 West
SPEED: Epidemiological Research, Part 2A — Contributed Poster Presentations
Section on Statistics in Epidemiology
Chair(s): Genevera Allen, Rice University
The oral portion will take place during Session 213154
11:
Confidence Intervals Construction of Difference of Proportions Based on Correlated Bilateral Data
—
Zhengyu Yang, SUNY Buffalo ; Xiaobin Liu, SUNY Buffalo ; Chang-Xing Ma, SUNY Buffalo
12:
Validation of Sudden Cardiac Death Algorithm
—
Zoe Bider-Canfield, Kaiser Permanente Southern California ; Shuhua Liang, Kaiser Permanente Southern California ; T. Craig Cheetham, Kaiser Permanente Southern California
13:
Trends in Cardiovascular Disease Risk Factors by Obesity Level in Adults in the U.S.
—
Reena Gitanjali Singh, York University
14:
Effect of Birth Weight on Childhood Allergy with Repeatedly Measured Confounder Using Joint and Marginal Modeling
—
Ayano Takeuchi, Keio University ; Mari Oba, Toho University ; Ikuko Funatogawa, The Institute of Statistical Mathematics
15:
Adaptive Distributed Lag Models
—
Alastair Rushworth, University of Strathclyde
16:
Two-Level Joint Model for Imputing Subject-Level Variables of Mixed Type
—
David Kline, The Ohio State University ; Rebecca Andridge, The Ohio State University ; Eloise Kaizar, The Ohio State University
17:
Mediation Analysis for Longitudinal Data Using Regression Calibration When the Mediator Is Measured with Error
—
John M. Ssenkusu, University of Minnesota ; David Vock, University of Minnesota School of Public Health
18:
Optimal Point Estimates and Credible Intervals for Ranking County Health Indices
—
Ronald Gangnon, University of Wisconsin ; Patricia Jewett, University of Wisconsin - Madison
20:
Childhood Obesity Modeling with a Semi-Markov Process
—
Richard Seymour, U.S. Air Force
