| PharmaSUG |
2026 |
A Faster Algorithm for the Finkelstein-Schoenfeld Test and Win Ratio in Hierarchical Composite Endpoint Analysis |
James Austrow |
source |
13 |
| PharmaSUG |
2026 |
Implementation of Quality Tolerance Limits in Statistical Programming |
Yang Gao |
source |
4 |
| PHUSE APAC |
2026 |
Connecting Open-Source and Enterprise Software: Enhancing Phase III Clinical Trial Design Through R Integration in East Horizon |
Pradip Maske, Anoop Rawat |
source presentation source |
6 |
| PHUSE APAC |
2026 |
Critical & Sensitive Information (CSI) Paper AS02 Revolutionizing Clinical Quality: A Frontier Approach with Quality by Design (QbD), Infrastructure Modernization and Data-Driven Analytics |
Priti Gupta, Deepa Balaji |
source presentation source |
12 |
| PHUSE APAC |
2026 |
Innovative Strategies for Managing Missing Data in Real-World Data: Insights from APAC Global Capability Centers |
Likhita Kolli, Tuhin James Paul |
source poster source |
12 |
| PHUSE EU |
2025 |
Inverse Probability Weighting in Multiple Groups: Balancing Baseline Characteristics and Improving Precision of Average Treatment Effect Estimation |
Dimitris Karletsos |
source presentation source |
11 |
| PHUSE EU |
2025 |
Navigating Experimental Arms in Subtype Studies: Strategies for Precision and Clarity |
Narek Torosyan, Edgar Sargsyan |
source presentation source |
4 |
| SESUG |
2025 |
Introduction to Data Simulation |
Jason Brinkley |
|
10 |
| PharmaSUG |
2025 |
Simulating Optimal Sample Sizes for Canine Jaws Using SAS |
Chary Akmyradov, Lida Gharibvand |
source |
11 |
| PHUSE EU |
2024 |
Artificial Intelligence Potential Use Cases in Clinical Data Engineering |
Deepak Pakalapati, Mounika Pillamarapu |
source presentation source |
8 |
| WUSS |
2024 |
Simulating Optimal Sample Sizes for Joyful Canine Jaws Using SAS |
Chary Akmyradov, Lida Gharibvand |
source |
11 |
| WUSS |
2024 |
The Current State of Teaching Biostatistics in Academia [presentation] |
Lida Gharibvand |
source |
14 |
| PHUSE US |
2024 |
InnoRand - Innovative Randomisation |
Yinfei Wu, Ivo Marek |
source presentation source |
4 |
| PHUSE US |
2024 |
SAS PROC MI: Your Impeccable Tool for Enhanced Data Analysis Through the Lens of Multiple Imputation |
Anush Kurghinyan, Shahrzad Talebian |
source presentation source |
7 |
| SESUG |
2023 |
How to use SAS POWER procedure to plan a study |
Xiaofeng (Steven) Liu |
source |
4 |
| SGF |
2020 |
Sample Size Calculations Using SAS, R, and nQuery Software |
Jenna Cody |
source |
19 |
| SGF |
2020 |
Simulating Data for Complex Linear Models |
Phil Gibbs, Kathleen Kiernan |
source |
20 |
| SGF |
2020 |
Surviving the Cox Proportional Hazards Model with the POWER Procedure |
Rachel R. Baxter |
source |
6 |
| WUSS |
2019 |
Statistical Power Calculations Using SAS Software |
Russell M. Lavery |
source |
18 |
| PharmaSUG |
2019 |
Statistical Assurance in SAS: An Introduction and User-s Guide |
Jonathan L Moscovici, Milena Kurtinecz |
source |
8 |
| SESUG |
2018 |
Introduction to Data Simulation |
Jason Brinkley |
source |
9 |
| SGF |
2018 |
Power Analysis for Generalized Linear Models Using the New CUSTOM Statement in PROC POWER |
John M. Castelloe |
source |
17 |
| SGF |
2018 |
SAS Macros for Computing Causal Mediated Effects in Two- and Three-Wave Longitudinal Models |
David P. MacKinnon, Matthew Valente |
source |
18 |
| SGF |
2017 |
SAS Macros for Computing the Mediated Effect in the Pretest-Posttest Control Group Design |
David P. MacKinnon |
source |
10 |
| SESUG |
2016 |
Introduction to Data Simulation |
Jason Brinkley |
source |
8 |
| WUSS |
2016 |
Knowledge is Power: The Basics of SAS Proc Power |
Elaina Gates |
source |
5 |
| SGF |
2016 |
PROC GLIMMIX as a Teaching and Planning Tool for Experiment Design |
Walter W. Stroup |
source zip |
19 |
| PHUSE EU |
2015 |
Facing Your Fear of the Unknown - Handling Missing Data |
Amanda Reilly |
source presentation source |
7 |
| SESUG |
2015 |
A SAS Macro to Investigate Statistical Power in Meta-analysis |
Jin Liu, Fan Pan |
source |
5 |
| SESUG |
2015 |
An Empirical Comparison of Multiple Imputation Approaches for Treating Missing Data in Observational Studies |
Yan Wang, Seang-Hwane Joo, Jeffrey D. Kromrey |
source |
20 |
| SGF |
2015 |
An Empirical Comparison of Multiple Imputation Approaches for Treating Missing Data in Observational Studies |
Patricia Rodríguez de Gil, Shetay Ashford, Chunhua Cao, Eun Sook Kim, Rheta Lanehart, Reginald Lee, Jessica Montgomery, Yan Wang |
source |
20 |
| SESUG |
2014 |
ANOVA_HOV: A SAS Macro for Testing Homogeneity of Variance in One-Factor ANOVA Models |
Diep T. Nguyen, Thanh V. Pham, Patricia Rodríguez de Gil, Tyler Hicks, Yan Wang, Isaac Y. Li, Aarti P. Bellara, Jeanine L. Romano, Eun Sook Kim, Harold Holmes, Yi-Hsin Chen, Jeffrey D. Kromrey |
source |
12 |
| SESUG |
2014 |
Overview of Analysis of Covariance (ANCOVA) Using GLM in SAS |
Abbas S. Tavakoli |
source |
10 |
| SESUG |
2014 |
Strimmed_t: A SAS Macro for the Symmetric Trimmed t Test |
Diep T. Nguyen, Anh P. Kellermann, Eun Sook Kim |
source |
12 |
| PHUSE EU |
2014 |
Small Sample Bayesian Factor Analysis |
Dirk Heerweghm |
source presentation source |
18 |
| SGF |
2014 |
Power and Sample Size for MANOVA and Repeated Measures with the GLMPOWER Procedure |
John M. Castelloe |
source |
20 |
| SGF |
2014 |
Trimmed_t: A SAS Macro for the Trimmed T-Test |
Patricia Rodríguez de Gil, Anh P. Kellermann, Diep T. Nguyen, Eun Sook Kim, Jeffrey D. Kromrey |
source |
13 |
| SESUG |
2013 |
Introducing the New ADAPTIVEREG Procedure for Adaptive Regression |
Warren F, Weijie Cai |
source |
21 |
| PharmaSUG |
2013 |
Combining Analysis Results from Multiply Imputed Categorical Data |
Bohdana Ratitch, Ilya Lipkovich, Michael O'Kelly |
source |
19 |
| SGF |
2013 |
Variance Heterogeneity and Non-Normality: How the SAS TTEST Procedure Can Keep Us Honest |
Aarti P. Bellara, Anh P. Kellermann, Diep T. Nguyen, Eun Sook Kim, Jeffrey D. Kromrey, Patricia Rodríguez de Gil, Yi-Hsin Chen |
source pdf |
10 |
| SESUG |
2012 |
PROC TTEST (Old Friend), What Are You Trying to Tell Us? |
Diep T. Nguyen |
source |
12 |
| SESUG |
2012 |
Random Effects Simulation for Sample Size Calculations Using SAS |
Random Effects Simulation |
source |
11 |
| WUSS |
2012 |
Modular processing for Prep-to-research anaylsis - interfacing XML SAS and Microsoft Excel |
David Tabano |
source |
16 |
| WUSS |
2012 |
Sample Size Calculation and Power Analysis for Design of Experiments Using Proc Glmpower |
Chii Dean |
source |
10 |
| SGF |
2012 |
A Simple Way to Program Power Calculations |
Robert Lew, Hongsheng Wu |
source |
16 |
| SCSUG |
2011 |
A Simulation Study for Power Analysis in a Longitudinal Study Using SAS |
Ravi Lingineni |
source |
4 |
| MWSUG |
2011 |
A Macro to Estimate Sample-size Using the Non-Centrality Parameter of a Non-Central F-Distribution |
Matthew C. Fenchel, Raouf S. Amin, Rhonda D. VanDyke |
|
20 |
| MWSUG |
2011 |
Bootstrap power analysis using SAS |
Douglas Thompson, Nort Holschuh, Bruce Barton, Ann Albertson |
|
8 |
| SGF |
2011 |
Living with Generalized Linear Mixed Models |
Walter W. Stroup |
source |
18 |
| PharmaSUG |
2010 |
Using SAS Proc Power to Perform Model-based Power Analysis for Clinical Pharmacology Studies |
Peng Sun |
|
11 |
| SGF |
2010 |
A Grad Student 'How-To' Paper on Grant Preparation: Preliminary Data, Power Analysis, and Presentation |
Elisa L. Priest, Derek Blankenship |
source |
14 |
| SGF |
2010 |
Clinical Trials Simulation: A Publicly Available, Grid-Enabled, GUI-Driven SAS System |
Peter H. Westfall, Alex Dmitrienko, Cynthia DeSouza, Alin Tomoiaga |
source |
13 |
| SGF |
2010 |
Dancing the Sample-Size Limbo with Mixed Models: How Low Can You Go? |
Bethany A. Bell, Grant B. Morgan, Jason A. Schoeneberger, Brandon L. Loudermilk, Jeffrey D. Kromrey, John M. Ferron |
source |
11 |
| SGF |
2009 |
Parsimony vs. Complexity: A Monte Carlo Investigation of Hierarchical and Cross-Classified Modeling Using SAS PROC MIXED |
Bethany A. Bell, Corina M. Owens, Jeffrey D. Kromrey, John M. Ferron |
source |
12 |
| SESUG |
2008 |
A SAS Macro for Statistical Power Calculations in Meta-Analysis |
Guy Cafri |
source |
8 |
| PHUSE EU |
2008 |
Evaluation of Diagnostic Agents: a SAS Macro for Sample Size Estimation Using Exact Methods |
Stefano Vezzoli |
source |
8 |
| MWSUG |
2008 |
A Multivariate Ranking Procedure to Assess Treatment Effects |
Alan Y Chiang, Grace Li, Ying Ding, Ming-Dauh Wang |
|
7 |
| PharmaSUG |
2008 |
Sample Size Estimation Through Simulation of a Random Coefficient Model by Using SAS |
Junliang Chen, Shannon Stock, Chunqin Deng |
|
8 |
| SGF |
2008 |
Updates to SAS Power and Sample Size Software in SAS 9.2 |
Wayne E. Watson |
source |
10 |
| PNWSUG |
2007 |
An Introduction to Statistical Power Calculations for Linear Models with SAS 9.1 |
Robin High |
|
17 |
| SGF |
2007 |
GLMM_SIM: A SAS Macro for Evaluating the Statistical Integrity of General Linear Mixed Models |
James T. Hess, Melinda R. Hines, Constance Kromrey, Jeffrey D. Lee, Reginald S. Luther, Stephen L. Coraggio |
source |
10 |
| SESUG |
2006 |
MLM_SIM: A SAS Macro for the Statistical Investigation of Mixed Models |
Jeffrey D. Kromrey |
source |
15 |
| PharmaSUG |
2006 |
Randomization in Clinical Trial Studies |
David Shen, Zaizai Lu |
|
8 |
| PharmaSUG |
2005 |
Power Analysis and Sample Size Estimation using Bootstrap |
Xiaomei Peng, Guangbin Peng, Celedon Gonzales |
|
7 |
| SUGI |
2004 |
Sample-Size Analysis in Study Planning: Concepts and Issues, with Examples Using PROCs POWER and GLMPOWER |
Ralph G. O'Brien, John M. Castelloe |
source |
12 |
| SESUG |
2003 |
EFFECT_CI: A SAS Macro for Constructing Confidence Intervals Around Standardized Mean Differences |
Around Standardized Mean Differences |
source |
6 |
| PharmaSUG |
2003 |
Using SAS to Evaluate Integrals and Reverse Functions in Power and Sample Size Calculations |
Xingshu Zhu, Shuping Zhang |
|
6 |
| SESUG |
2002 |
FDR_TEST: A SAS Macro for Calculating New Methods of Error Control in Multiple Hypothesis Testing |
Jeffrey D. Kromrey, Kristine Y. Hogarty |
source |
6 |
| PharmaSUG |
2002 |
Fast Two-Sample Permutation Tests, Even When One Sample is Large, that Efficiently Maximize Power Under Crude Monte Carlo Sampling |
John D. Opdyke |
|
10 |
| NESUG |
2001 |
Optimizing Survey Research from Start to Finish Using SAS Software |
Lark Lee, Yvonne Brandreth |
|
7 |
| NESUG |
2001 |
Power and Sample Size Determination for Linear Models |
John M. Castelloe |
|
13 |
| WUSS |
2001 |
Using SAS Functions for Power Analysis and Sample Size Estimation |
Mel Widawski |
source |
5 |
| SESUG |
2001 |
Power and Sample Size Determination for Linear Models |
John M. Castelloe |
source |
13 |
| SESUG |
2001 |
Using the SAS System to Study the Gender and Level Measurement Equivalence of a Multi-rater Survey |
Multi-rater Survey |
source |
6 |
| SCSUG |
2001 |
Power and Sample Size Determination for Linear Models |
John M. Castelloe, Ralph G. O'Brien |
|
13 |
| SCSUG |
2001 |
Using the SAS System to Demonstrate the Equivalence of On-line and On-Papeer Survey Adminstration across Levels of Raters |
Jim Penny |
|
5 |
| PharmaSUG |
2001 |
Power and Sample Size Determination for Linear Models |
John M. Castelloe |
|
14 |
| SUGI |
2001 |
Power and Sample Size Determination for Linear Models |
John M. Castelloe, Ralph G. O'Brien |
source |
13 |
| SUGI |
2001 |
Probabilistic Hindsight: A SAS Macro for Retrospective Statistical Power Analysis |
Kristine Y. Hogarty, Jeffrey D. Kromrey |
source |
10 |
| SCSUG |
2000 |
Multi-Level Intervention Study Data and PROC MIXED |
Tom Bohman |
|
13 |
| SESUG |
2000 |
Emerging Technologies Roadmap A Decision Tree Guide to Understanding SAS Strengths |
Gregory S. Barnes Nelson |
source |
9 |
| SUGI |
2000 |
Design and Analysis of Cancer Control Studies via the SAS System |
Jeff A. Sloan, Charles L. Loprinzi, Paul J. Novotny |
source |
10 |
| SUGI |
2000 |
Sample Size Computations and Power Analysis with the SAS System |
John M. Castelloe |
source |
8 |
| MWSUG |
1999 |
Sample Size Determination From A Pilot Bioequivalence Study For A Future Pivotal Bioequivalence Study: A SAS Procedure |
Xiang Gao, Henry Cheng |
|
7 |
| SUGI |
1999 |
A SAS Module/Macro Program for Computing Statistical Power Curves for Detecting Treatment Effect |
David Olaleye |
source |
6 |
| MWSUG |
1998 |
A Tour of UnifyPow: A SAS Module/Macro for Sample-Size Analysis |
Ralph G. O'Brien |
|
11 |
| PharmaSUG |
1998 |
A SAS/Frames Application to Estimate Sample Size and Power for Clinical Trials |
Brian Mitchell |
|
4 |
| PharmaSUG |
1998 |
Use of Pilot Trials as Screening Procedure in Generic Drug Product Development: Statistical Power and Influential Factors |
Yibin Wang |
|
5 |
| SUGI |
1998 |
A Tour of UnifyPow: A SAS Module/Macro for Sample-Size Analysis |
Ralph G. O'Brien |
source |
10 |
| SUGI |
1998 |
Application of Maximum Contrast Method to Biomedical Data Using MU L TTEST |
Chikuma Hamada, Junji Kishimoto |
source |
6 |
| SUGI |
1997 |
UnifyPow: A SAS Macro for Sample-Size Analysis |
Ralph G. O'Brien |
source |
6 |
| SUGI |
1996 |
Determining the Expected Mean Squares and Subsequent Power Calculations: An Application to Biostatistics |
Jon M. Lindenauer, Eric C. Burdge, John W. Philpot |
source |
5 |
| SUGI |
1993 |
A Simulation-Based Project For Experimental Design Based on SAS Software |
Michael Friendly |
source |
8 |
| SESUG |
1993 |
New SAS Modules for Practical Power Analysis |
Dan Bowling, Ralph G. O'Brien |
|
9 |
| SUGI |
1992 |
POWER: A Simple Macro for Power and Sample Size Calculations |
Kristin Latour |
source |
5 |
| SCSUG |
1991 |
Calculating the Power Function of the Wilcoxon Rank Sum Test in 2xK Tables |
Mark Von Tress |
|
7 |
| SEUGI |
1991 |
Pharmacokinetic Analysis with the SAS System |
Martin F. Michael |
source |
10 |
| SUGI |
1991 |
A Procedure for Deciding Which Treatments to Accept in a Screening Study Involving Pseudo-Bernoulli Data |
Ralph A. DeMasi, Dana Quade |
source |
7 |
| SUGI |
1991 |
Power Analysis and Instructional Monte Carlo Simulations |
Richard W. Cole |
source |
4 |
| SUGI |
1990 |
Using a SAS/AF Application to Calculate the Power of a Statistical Test |
John F. Schneider, Robert A. McLean, William L. Sanders |
source |
6 |
| SUGI |
1988 |
Power Analysis in an Enhanced GLM Procedure: What It Might Look Like |
Ralph G. O'Brien, S. Paul Wright |
source |
6 |
| SUGI |
1986 |
Power Analysis for Linear Models |
Ralph G. O'Brien |
source |
8 |
| SUGI |
1986 |
Using the SAS System to Perform Power Analyses for Log-Linear Models |
Ralph G. O'Brien |
source |
7 |
| SUGI |
1985 |
Macro Power: A Procedure to Generate Wilcox on Rank Sum Power Curves |
Michael J. Todd |
source |
4 |
| SUGI |
1984 |
Estimating Power for Tests of the Multivariate General Linear Hypothesis |
Keith E. Muller, Bercedis L. Peterson |
source |
5 |
| SUGI |
1984 |
Power Analysis for Linear Models: The Time Has Come |
Virginia I. Lohr, Ralph G. O'Brien |
source |
7 |
| SUGI |
1984 |
Power Analysis for Multivariate Linear Models: New Results and SAS Software Make It Practical |
Keith E. Muller, Bercedis L. Peterson |
source |
6 |
| SUGI |
1984 |
Power Analysis for Univariate Linear Models: The SAS System Makes It Easy.. |
Virginia I. Lohr, Ralph G. O'Brien |
source |
6 |
| SUGI |
1983 |
Effect Size and Power in Two Factor Nonorthogonal ANOVA: A Monte Carlo Investigation |
Margaret J. Martin, William A. Powers |
source |
|