| PharmaSUG |
2026 |
Linear versus Log-Log Confidence Intervals for Kaplan-Meier Survival Estimates: Statistical Rationale and Practical Implementation using SAS 9.4 |
Prayag Shah |
source |
8 |
| PharmaSUG |
2026 |
Python for Survival Analysis: Kaplan-Meier and Reverse KM Plots Made Easy |
Girish Kankipati, Bala Rajesh Jakka |
source |
20 |
| PharmaSUG |
2026 |
Streamlining Workflows in Real-World Evidence Studies with an R-Based Automation Tool |
Lihai Song |
source |
16 |
| PHUSE US |
2026 |
Ensuring Reliability of Medical Devices Through Statistical Oversight in the Age of AI |
Parvee Kumar, Shrutimita Pokhariyal |
source presentation source |
11 |
| PHUSE US |
2026 |
From SAS to R for TLGs: A Case Study on Implementing an 'R-First, SAS-QC' Workflow for Time-to-Event Analysis |
Adler Moisés Fallas Rodríguez |
source presentation source |
8 |
| PHUSE US |
2026 |
Interactive and Instant: GenAI-Driven Creation of Clinical Trial Applications |
Marcin Dubel |
source presentation source |
12 |
| PHUSE US |
2026 |
Multiple Sclerosis Trials Unpacked: Standards, Endpoints and Programming Experience |
Daryna Teteriuk |
source presentation source |
12 |
| PHUSE US |
2026 |
Practical Survival Analysis Techniques for Clinical Trials Using SAS |
Xue Ding, Tianchen Xu |
source presentation source |
10 |
| PHUSE APAC |
2026 |
AI-Powered Precision: Transforming Limb Salvage Decisions in Diabetic Foot Syndrome |
Kumar Sambhav |
source presentation source |
6 |
| PHUSE APAC |
2026 |
Beyond Log-Rank: Advanced Survival Analysis for Non-Proportional Hazards in Oncology Trials |
Jagdish Nikam |
source poster source |
7 |
| PHUSE APAC |
2026 |
From Static to Interactive: A Comparative Evaluation of ggplot2 and Plotly in Clinical Data Visualisation |
Mugdha Joshi |
source presentation source |
8 |
| PHUSE APAC |
2026 |
Internal Paper AS19 Time-to-Event Analysis in Pain Management: A Case Study of the Double Stopwatch Method and ADaM Dataset Development in Relation to Rescue Medication |
Arnode Mukherjee, Abhishek Paul |
source presentation source |
12 |
| PHUSE EU |
2025 |
Interactive Insights: Leveraging R Shiny for Enhanced Data Visualisation in Clinical Trial Readouts [presentation] |
Carolyn Fisher, Elisabeth Deutschmann |
source |
20 |
| PHUSE EU |
2025 |
Survival analysis for AdVerse events with VarYing follow-up times (SAVVY)-estimation of adverse event risks |
Regina Stegherr, Claudia Schmoor, Jan Beyersmann, Kaspar Rufibach, Valentine Jehl, Andreas Brückner, Lewin Eisele, Thomas Künzel, Katrin Kupas, Frank Langer, Friedhelm Leverkus, Anja Loos, Christiane Norenberg, Florian Voss, Tim Friede |
source poster source |
13 |
| PHUSE EU |
2025 |
The Art of Timely Deliverables: How We Learned To Stop Worrying and Love the Deadline |
Søren Fjelstrup |
source presentation source |
12 |
| MWSUG |
2025 |
Conducting Survival Analysis in SAS using Medicare Claims as a Real-world data source |
Jayanth Iyengar |
source |
32 |
| WUSS |
2025 |
Conducting Survival Analysis in SAS using Medicare Claims as a Real-world data source |
Jayanth Iyengar |
source |
32 |
| WUSS |
2025 |
PFS2, did you hear about it too? - Understanding the derivation of Progression Free Survival on next-line therapy (PFS2). |
Yeshashwini Chenna, Lupetu Ntambwe |
source |
11 |
| PharmaSUG |
2025 |
Conducting Survival Analysis in SAS using Medicare Claims as a Real-world data source |
Jayanth Iyengar |
source |
32 |
| PharmaSUG |
2025 |
Efficacy Endpoints Related to CNS in Oncology Studies within ADaM |
Lihui Deng, Kylie Fan |
source |
6 |
| PharmaSUG |
2025 |
How to compute common clinical trials statistics in R |
Oleksandr Babych |
source |
15 |
| PharmaSUG |
2025 |
Incorporating Frailty into Time-to-Event Analysis: A Practical Approach with R frailtypack |
Sunil Kumar Pusarla, Avani Reddy Alla |
source |
9 |
| PharmaSUG |
2025 |
Landmark Analysis: A Method for Accurate Prediction of Time-Dependent Clinical Risks and Their Effect on Patient Outcomes |
Sunil Kumar Pusarla, Avani Reddy Alla |
source |
8 |
| PharmaSUG |
2025 |
Mastering the Maze of Oncology Endpoints: A Unified SAS Approach for Randomized Controlled Trial Analysis |
Yuxin Wang, Kelly Chao, Wenqing Yu, Hongbing Jin |
source |
11 |
| PharmaSUG |
2025 |
Risk Mitigation Solution for Kaplan-Meier Plot in Drug Labeling |
Bingjun Wang, Jane X. Liao, Suhas R. Sanjee, Jeff Xia |
source |
13 |
| PharmaSUG |
2025 |
Sensitivity Analysis for Overall Survival |
Binal Mehta, Patel Mukesh |
source |
13 |
| PharmaSUG |
2025 |
Time to Event Analysis from Sample Size Considerations to Results Interpretation in Simple Words |
Iryna Kotenko |
source |
8 |
| PHUSE US |
2025 |
Differential Privacy (DP) Approach for Sharing Survival Analysis Data |
Elena Valkanova, Bulat Fatykhov |
source poster source |
11 |
| PHUSE US |
2025 |
Evaluation of Open-Source Technologies in Clinical Trial Reporting |
Jaimin Patel |
source poster source |
7 |
| PHUSE US |
2025 |
Revolutionising Cancer Trials with Adaptive Designs and Bayesian Analysis |
Navneet Jha |
source presentation source |
11 |
| PHUSE US |
2025 |
Transforming Clinical Trials: Leveraging Bayesian Statistics in Innovative Trial Design, Analysis, Applications and Navigating Challenges |
Jaskaran Singh Saini |
source presentation source |
11 |
| PharmaSUG |
2024 |
Bayesian Methods in Survival Analysis: Enhancing Insights in Clinical Research |
Vadym Kalinichenko |
source |
11 |
| PharmaSUG |
2024 |
Kaplan-Meier Graph: a comparative study using SAS vs R |
Mrityunjay Kumar, Shashikant Kumar |
source |
11 |
| PHUSE US |
2024 |
Comparing Analysis Method Implementations in Software (CAMIS): An Open-Source Repository to Document Differences in Statistical Methodology Software [poster] |
Soma Sekhar Sriadibhatla, Vikash Jain |
source |
1 |
| PHUSE US |
2024 |
It is Time to Get Answers: Handling Questionnaire Data in Respiratory Studies |
Valeriia Oreshko |
source presentation source |
10 |
| PHUSE US |
2024 |
Validation Unveiled: Striking the Balance for Data Integrity and Compliance in R, Python, and SAS |
Sy J. Truong |
source presentation source |
10 |
| PHUSE EU |
2023 |
CDISC's ADTTE Domain: Time-to-Event Analysis From a Programmer's Point of View [poster] |
Vitali Gering, Sophia Praeger |
source |
1 |
| PHUSE EU |
2023 |
Efficacy Endpoints in Adjuvant and Neo-Adjuvant Oncology Trials |
Yuliia (Piddubna) Cherednichenko, Anna Amosova |
source presentation source |
15 |
| PHUSE EU |
2023 |
Machine-Learning Approaches to Survival Analysis of Clinical Data |
Dorothee Childs, Christoph Bergen |
source presentation source |
2 |
| PharmaSUG |
2023 |
Guidelines for the Statistical Analysis in German Dossier Submissions |
Meiling Gao, Xi Qian, Hui Mao |
source |
8 |
| PharmaSUG |
2023 |
Leverage and Enhance CDISC TAUGs to Build More Traceability for and Streamline Development of Efficacy ADaM in Oncology Studies |
Xiangchen (Bob) Cui |
source |
29 |
| PHUSE US |
2023 |
How to Customize Survival Curves in R and Add Interactivity |
Oleksandr Babych |
source presentation source |
9 |
| PharmaSUG |
2022 |
A Multilingual Shiny App for Drug Labelling in Worldwide Submission |
Jinchun Zhang, Aiming Yang, Yiwen Luo, Nan Xiao, Yilong Zhang |
source |
13 |
| PharmaSUG |
2022 |
SAS ODS Application of Interactive and Informative Clinical Trial Reports |
Luwei Pang, Aiming Yang |
source |
9 |
| PHUSE US |
2022 |
Clinical Statistical Reporting in a Multilingual World [presentation] |
Michael S Rimler, Michael Stackhouse |
source |
11 |
| PHUSE US |
2022 |
Using the Nest-map-unnest Workflow in R for Sub-group Analysis in Clinical Trial Reporting [presentation] |
Mia Qi, Sheng-Wei Wang |
source video |
12 |
| PHUSE EU |
2021 |
An overview of regression approaches for the competing risks data |
Oksana Mykhailova, Julia Ditkovska |
source video presentation source |
6 |
| PHUSE EU |
2021 |
Statistical Training for Health Technology Assessment Statistical Programmers |
Anastasia Kokoreva, William Malbecq |
source video presentation source |
7 |
| PHUSE US |
2021 |
Parmsurv: An SAS Macro for Flexible Parametric Survival Analysis with Long-term Predictions |
Han Fu, Shahrul Mt-Isa |
source video presentation source |
10 |
| PharmaSUG |
2021 |
Customize and Beautify Your Kaplan-Meier Curves in Simple Steps |
John Henderson, Lili Li |
source |
7 |
| PharmaSUG |
2021 |
Survival Statistics with PROC LIFETEST and PROC PHREG: Pitfall-Avoiding Survival Lessons for Programmers |
Yun (Julie) Zhuo |
source |
10 |
| SGF |
2021 |
A SAS Macro to Perform Kaplan-Meier Multiple Imputation for Survival Analyses with Competing Events |
Jialin Han, Sai Liu, Margaret R. Stedman, Maria E. Montez-Rath |
source |
8 |
| SGF |
2021 |
Reliability of Individual Predictions Estimation for Claim Risk-Scoring Models |
Yuriy Chechulin, Jina Qu, Hudson Mahboubi, Terrance D'souza |
source |
9 |
| PHUSE EU |
2020 |
An R Shiny Application: Platform-independent Tool to Produce a Statistical Manuscript with R and Validation with SAS [presentation] |
Abu Zafar Moahmmad Sami |
source video |
23 |
| SGF |
2020 |
Combination Weighted Log-rank Tests for Survival Analysis with Non-proportional Hazards |
Andrea Knezevic, Sujata Patil |
source |
10 |
| SGF |
2020 |
Don't Just Survive, Thrive with This Multi-Stratified Cox Proportional Hazards Model Macro |
Katelyn J. Ware, Paul Egeler |
source |
11 |
| SGF |
2020 |
Recent Developments in Survival Analysis with SAS Software |
G. Gordon Brown |
source |
9 |
| SGF |
2020 |
Surviving the Cox Proportional Hazards Model with the POWER Procedure |
Rachel R. Baxter |
source |
6 |
| PharmaSUG |
2020 |
%MVMODELS: a Macro for Survival and Logistic Analysis |
Jeffrey P. Meyers |
source |
23 |
| PharmaSUG |
2020 |
A Brief Introduction to Performing Statistical Analysis in SAS, R & Python |
Erica Goodrich, Daniel Sturgeon |
source |
22 |
| PharmaSUG |
2020 |
End-to-end Prostate-Specific Antigen (PSA) Analysis in Clinical Trials: From Mock-ups to ADPSA |
Joy Zeng, Varaprasad Ilapogu, Xinping Cindy Wu |
source |
12 |
| PharmaSUG |
2020 |
RStats: A R-Shiny application for statistical analysis |
Sean Yang, Hrideep Antony, Aman Bahl |
source |
8 |
| PharmaSUG |
2020 |
Why Are There So Many ADaM Documents, and How Do I Know Which to Use? |
Sandra Minjoe |
source |
10 |
| PHUSE US |
2020 |
CDISC's ADTTE Domain: Time-to-Event Analysis From a Programmer's Point of View |
Frieder Wolff, Vitali Gering |
source poster source |
8 |
| PHUSE US |
2020 |
Efficacy ADaMs in Oncology - Step by Step (Dataset by Dataset) |
Ilya Krivelevich, Ran Xie |
source presentation source |
8 |
| SESUG |
2019 |
Generalized Linear Mixed Model Approach to Time-to-Event Data with Censored Observations |
Censored Observations |
source |
9 |
| MWSUG |
2019 |
Survival Tips for Survival Analysis |
Xiaoting Wu |
|
13 |
| MWSUG |
2019 |
Surviving Survival Analysis 101: Making the Likelihood Ratio Test Easier Using a Macro |
Katelyn Ware, Rachel Baxter |
|
13 |
| MWSUG |
2019 |
Time-To-Event Analysis in the Presence of Competing risks |
Xiaoting Wu |
|
9 |
| PharmaSUG |
2019 |
A SAS Macro to Provide Survival Functions along with Cox Regression Model Efficiently |
Chia-Ling (Ally) Wu |
source |
6 |
| PharmaSUG |
2019 |
Developing Custom SAS Studio Tasks for Clinical Trial Graphs |
Olivia Wright, Sanjay N. Matange |
source |
15 |
| PharmaSUG |
2019 |
Let's Flip: An Approach to Understand Median Follow-up by the Reverse Kaplan-Meier Estimator from a Programmer's Perspective |
Nikita Sathish, Chia-Ling (Ally) Wu |
source |
5 |
| PharmaSUG |
2019 |
Leveraging Intermediate Data Sets to Achieve ADaM Traceability |
Yun (Julie) Zhuo |
source |
12 |
| PharmaSUG |
2019 |
Sample Size Determination with SAS Studio |
Bill Coar |
source |
13 |
| PharmaSUG |
2019 |
Useful SAS techniques in Efficacy Analysis for Oncology studies |
Joy Zeng |
source |
21 |
| PharmaSUG |
2019 |
Working Remotely - Home Office, Tools and Technology |
Gary E. Moore |
source |
25 |
| SGF |
2019 |
Predicting the success of a startup company |
Vrushank Shah, Miriam McGaugh |
source |
11 |
| SGF |
2019 |
Sample Size Determination with SAS Studio |
William Coar |
source |
13 |
| SGF |
2019 |
Using SAS Macros to Analyze Lifetime Data with Left Truncation |
Zhen-Huan Hu |
source |
11 |
| PHUSE US |
2019 |
Interactive Exploratory Analysis and Visualization for Late-phase Clinical Data |
Sheng-Wei Wang, Casey Yang |
source presentation source |
9 |
| SCSUG |
2018 |
Predicting the success of a startup company |
Vrushank Shah |
source |
10 |
| PHUSE EU |
2018 |
Forest Plots in Survival Subgroup Analyses |
Michael Brockmann, Julia Benzing |
source presentation source |
11 |
| PHUSE EU |
2018 |
Methods for Survival Analysis with Competing Risks |
Laura Marquis, Leonie Wagner |
source presentation source |
8 |
| PHUSE EU |
2018 |
Overall Survival Adjustment to Mitigate the Impact of Crossover from the Control Arm to the Experimental Arm. The Two-stage Method |
Antonio Nieto, Javier Gómez |
source poster source |
9 |
| MWSUG |
2018 |
Assessing Model Adequacy in Proportional Hazards Regression |
Michael G. Wilson |
|
37 |
| PHUSE US |
2018 |
Interim Survival Analysis Across 3 Platforms |
Venita DePuy |
source presentation source |
22 |
| PharmaSUG |
2018 |
ADINTDT and ADTTE for Survival Sweep in Oncology Studies |
Christine S Teng, Wenyu Hu |
source |
6 |
| PharmaSUG |
2018 |
Calculating Restricted Mean of Survival Time |
Jiuzhou Wang, Tony Qi |
source |
7 |
| PharmaSUG |
2018 |
Leveraging Standards for Effective Visualization of Early Efficacy in Clinical Trial Oncology Studies |
Kelci J. Miclaus, Lili Li |
source |
12 |
| PharmaSUG |
2018 |
Sense and Censorability: Learn censoring techniques with ADTTE for your survival |
Shilpakala Vasudevan |
source |
12 |
| PharmaSUG |
2018 |
Statistician in my Soul. Statistical Questions from SPA |
Nadiia Hryhorenko |
source |
12 |
| SGF |
2018 |
Cause-Specific Analysis of Competing Risks Using the PHREG Procedure |
Changbin Guo |
source |
18 |
| SGF |
2018 |
Claim Risk Scoring Using Survival Analysis Framework and Machine Learning with Random Forest |
Yuriy Chechulin |
source |
15 |
| SGF |
2018 |
Competing Risk Survival Analysis: A Novel Way to Look at Treatment Wait Times [presentation] |
Colleen E. McGahan |
source |
56 |
| SGF |
2018 |
Getting Started with Survival Analysis |
Marc Huber |
source |
76 |
| SGF |
2018 |
The Cox Hazard Model for Claims Data |
Tanya Kolosova |
source |
16 |
| SESUG |
2017 |
SAS Macros for Time - Dependent Effects and Risk Factors on Survival |
Chao Zhang, Manali Rupji, Yuan Liu, Jeanne Kowalski |
source |
6 |
| SCSUG |
2017 |
The Cox Hazard Model for Claims Data |
Samuel Berestizhevsky, Tanya Kolosova |
source |
17 |
| PHUSE EU |
2017 |
SAS Visual Data Mining [presentation] |
Andy Bayliss |
source |
3 |
| PHUSE EU |
2017 |
Surviving your Statistician: A Programmer's Guide to Survival Analysis |
James Diserens |
source presentation source |
11 |
| MWSUG |
2017 |
Nothing to SNF At: Evaluating an intervention to reduce skilled nursing home (SNF) length of stay |
Andrea Frazier |
|
4 |
| MWSUG |
2017 |
The Cox Hazard Model for Claims Data: Bayesian non-parametric approach |
Samuel Berestizhevsky, Tanya Kolosova |
|
17 |
| WUSS |
2017 |
Step Up Your Statistical Practice with Today's SAS/STAT Software |
Robert N. Rodriguez |
source |
19 |
| WUSS |
2017 |
The Cox Hazard Model for Claims Data |
Samuel Berestizhevsky, Tanya Kolosova |
source |
17 |
| PharmaSUG |
2017 |
A custom ADaM domain for time to event analysis in adverse events |
John Saida Shaik |
source |
4 |
| PharmaSUG |
2017 |
Combining Survival Analysis Results after Multiple Imputation of Censored Event Times |
Jonathan L Moscovici, Bohdana Ratitch |
source |
11 |
| PharmaSUG |
2017 |
Survival 101 - Just Learning to Survive |
Leanne Goldstein, Rebecca Ottesen |
source |
20 |
| SGF |
2017 |
A SAS Macro for Covariate Specification in Linear, Logistic, and Survival Regression |
Sai Liu |
source zip |
19 |
| SGF |
2017 |
Application of Survival Analysis for Predicting Customer Churn with Recency, Frequency, and Monetary |
Bo Zhang, Liwei Wang |
source |
6 |
| SGF |
2017 |
Step Up Your Statistical Practice with Today's SAS/STAT Software |
Robert N. Rodriguez, Phil Gibbs |
source |
19 |
| SGF |
2017 |
Survival Analysis of Lung Cancer Patients Using PROC PHREG and PROC LIFETEST [presentation] |
Yan Wang |
source |
4 |
| SESUG |
2016 |
Surviving the Interim: Insights Into Interim Survival Analyses |
Venita DePuy |
source |
31 |
| MWSUG |
2016 |
Use Multi-Stage Model to Target the Most Valuable Customers |
Chao Xu, Jing Ren, Hongying Yang |
|
10 |
| WUSS |
2016 |
Introduction to Survival Analysis in SAS |
Leanne Goldstein, Rebecca Ottesen |
source |
19 |
| PharmaSUG |
2016 |
Selecting Analysis Dates - A Macro Approach Using Raw Data for Expediting Results |
Abdul Ghouse |
source |
4 |
| SGF |
2016 |
Competing-Risks Analyses: An Overview of Regression Models |
Joseph C. Gardiner |
source |
22 |
| SGF |
2016 |
Customer Lifetime Value Modeling |
Vadim Pliner |
source presentation |
4 |
| SGF |
2016 |
Make Predictions More Predictive: Lift Retail Marketing Campaign Response by Blending Logistic Regression and the Cox Proportional Hazards Model |
Hsin-Yi Wang |
source |
10 |
| SGF |
2016 |
Survival Analysis of the Patients Diagnosed with Non-Small Cell Lung Cancer Using SAS Enterprise Miner 13.1 |
Raja Rajeswari Veggalam, Akansha Gupta, Goutam Chakraborty |
source |
11 |
| SESUG |
2015 |
A Macro for Calculating Percentiles on Left Censored Environmental Data using the Kaplan-Meier Method |
Dennis J. Beal, Oak Ridge |
source |
6 |
| SESUG |
2015 |
Comparing Results from Cox Proportional Hazards Models using SUDAAN and SAS Survey Procedures to a Logistic Regression Model for Analysis of Influenza Vaccination Coverage |
Yusheng Zhai, K. E. Kahn, A. O'Halloran |
source |
13 |
| PharmaSUG |
2015 |
Leveraging Visualization Techniques to tell my data story: Survival Analysis Interpretation made easy through simple programming |
Vijayata Sanghvi |
source |
7 |
| PharmaSUG |
2015 |
The Best Practices of CDISC ADaM Validation Checks: Past, Present, and Future |
Shelley Dunn, Ed Lombardi |
source |
9 |
| PharmaSUG |
2015 |
The Implementation of Display Auto-Generation with Analysis Results Metadata Driven Method |
Chengxin Li |
source |
11 |
| SGF |
2015 |
A Set of SAS Macros for Generating Survival Analysis Reports for Lifetime Data with or without Competing Risks |
Zhen-Huan Hu |
source zip |
6 |
| SGF |
2015 |
An Application of the Cox Proportional Hazards Model to the Construction of Objective Vintages for Credit in Financial Institutions, Using PROC PHREG |
Iván Darío Atehortua Rojas |
source zip |
8 |
| SGF |
2015 |
Analysis of Survey Data Using the SAS SURVEY Procedures: A Primer |
Patricia A. Berglund |
source |
19 |
| SGF |
2015 |
Competing Risk Survival Analysis Using SAS: When, Why, and How |
Lovedeep Gondara |
source |
10 |
| SGF |
2015 |
Predicting Transformer Lifetime Using Survival Analysis and Modeling Risk Associated with Overloaded Transformers Using SAS Enterprise Miner 12.1 |
Balamurugan Mohan, Goutam Chakraborty |
source |
18 |
| SGF |
2015 |
Survival Analysis with Survey Data |
Joseph C. Gardiner |
source |
17 |
| PHUSE EU |
2014 |
Evaluating the Tradeoff between Quality of Life through Quality-Adjusted Survival Analysis |
Lawrence Rasouliyan |
source presentation source |
12 |
| PHUSE EU |
2014 |
Lessons Learned by Comparing "using SAS" as and Epidemiological Researcher and "using SAS" as a Statistical Programmer |
Joris Derks |
source presentation source |
6 |
| PHUSE EU |
2014 |
Statistics and Computing for Health A 10-year Bachelor of Science in South Brittany [presentation] |
Jean-Francoius Petiot, Cedric Frambour |
source |
17 |
| PharmaSUG CN |
2014 |
Design and Construct Efficacy Analysis Datasets in Later Phase Oncology Study |
Huadan Li, Changhong Shi |
|
9 |
| WUSS |
2014 |
A Statistical and Visual Exploration of the Surveillance, Epidemiology, and End Results (SEER) Database Using SAS |
Christopher Yim |
source |
10 |
| PharmaSUG |
2014 |
An ADaM Interim Dataset for Time-to-Event Analysis Needs |
Tom Santopoli, Kimberly Minkalis, Sandra Minjoe |
source |
9 |
| PharmaSUG |
2014 |
Standardization of Confidence Intervals in PFS Tables - a Macro Approach |
John Saida Shaik, Boxun Zhang |
source |
4 |
| PharmaSUG |
2014 |
Survival 101 - Just Learning to Survive |
Leanne Goldstein, Rebecca Ottesen |
source |
19 |
| PharmaSUG |
2014 |
Survival Analysis Approaches and New Developments using SAS |
Jane Lu, David Shen |
source |
13 |
| SGF |
2014 |
SAS/STAT 13.1 Round-Up |
Bob Rodriguez, Maura E. Stokes |
source |
25 |
| WUSS |
2013 |
Survival 101 - Just Learning to Survive |
Leanne Goldstein, Rebecca Ottesen |
source |
24 |
| SESUG |
2013 |
KAPLAN-MEIER ANALYSIS: A PRACTICAL GUIDE FOR PROGRAMMERS |
Madhi Saranadasa |
source |
7 |
| SESUG |
2013 |
Lost in Translation: A Statistician's (Basic) Perspective of PROC LIFETEST |
Alexandra Buck |
source |
7 |
| SESUG |
2013 |
Role of Fibrinogen, HDL Cholesterol and Cardio Respiratory Fitness in Predicting Mortality Due to Cardio-vascular Disease: Results From the Aerobics Center Longitudinal Study |
Srinivasa Madhavan |
source |
4 |
| PHUSE EU |
2013 |
Computing the 'Competing Risks' - Modeling Survival Data with Competing Risk Events using SAS Macros |
Swapna Deshpande |
source presentation source |
10 |
| PHUSE EU |
2013 |
Efficacy Endpoints in Oncology |
Angelo Tinazzi |
source |
9 |
| PHUSE EU |
2013 |
Lexis Expansion - Age-at-Risk Adjustment for Survival Analysis |
Lai San Hong, Sarah Lewington |
source |
5 |
| PHUSE EU |
2013 |
Oncology Endpoints: An Unexpected Journey |
Waseem Jugon, Mijanur Rahman |
source |
12 |
| PharmaSUG |
2013 |
Time to Event Analysis in the Pharmaceutical and Medical Device Industries |
Helen M. Chmiel, Evan L. Ritzema |
source |
8 |
| SGF |
2013 |
Assessing Model Adequacy in Proportional Hazards Regression |
Michael G. Wilson |
source |
36 |
| SGF |
2013 |
Cox Proportional Hazard Model Evaluation in One Shot |
Polina Kukhareva |
source |
11 |
| SGF |
2013 |
SAS ODS Graphics Designer - The Next Step in Amazing Data Visualization |
Christopher Battiston |
source pdf |
18 |
| SGF |
2013 |
Statistical Analyses Using SAS Enterprise Guide |
Scott P. Leslie |
source |
11 |
| SGF |
2013 |
Using the QUANTLIFE Procedure for Survival Analysis |
Bob Rodriguez, Guixian Lin |
source |
13 |
| SGF |
2013 |
Weathering the Storm: Using Predictive Analytics to Minimize Utility Outages |
Kathy Ball, Mark Konya |
source pdf |
10 |
| NESUG |
2012 |
Building a Predictive Model for 30-Day Inpatient Readmission Using PROC PHREG |
Klaus Lemke |
|
13 |
| SCSUG |
2012 |
Net Present Value Model Approach |
Jingjing Qu |
source |
7 |
| PHUSE EU |
2012 |
A Supplement to the SAS Survival Guide - Nonparametric Regression |
Karl-Ernst Siegler |
source presentation source |
8 |
| MWSUG |
2012 |
Survival of the Milkman - How Modern Analytics is Helping an Old Fashioned Business Thrive |
Bruce Bedford |
|
13 |
| WUSS |
2012 |
Basic Statistics with SAS Enterprise Guide: For Learners and Teachers and Everyone Else |
AnnMaria De Mars, Chelsea Heaven |
source |
20 |
| PharmaSUG |
2012 |
Creating the Time to Event ADaM Dataset: The Nuts and Bolts |
Nancy Brucken, Paul K. Slagle |
source |
7 |
| PharmaSUG |
2012 |
Multiple Applications of ADaM Time-to-Event Datasets |
Huei-Ling Chen, Helen Wang |
source |
6 |
| SGF |
2012 |
A Simple Way to Program Power Calculations |
Robert Lew, Hongsheng Wu |
source |
16 |
| SGF |
2012 |
Its About Time: Discrete Time Survival Analysis using SAS Enterprise Miner |
Sascha Schubert, Susan Haller, Taiyeong Lee |
source |
15 |
| SGF |
2012 |
SAS Enterprise Guide with SAS On-Demand for Academics: Everything You Need to Know After ""It's Free"" |
AnnMaria De Mars |
source |
20 |
| SGF |
2012 |
Using PHREG for Model Selection to Explore the Time Taking Immigrants in the GB to Find First Employment and Cross Validating Frailty Terms |
JuYin Helen Wong |
source |
5 |
| SGF |
2012 |
Your Survival Guide to Using Time-Dependent Covariates |
Melissa E. Bagnell, Teresa M. Powell |
source |
10 |
| WUSS |
2011 |
Statistical Analyses Using SAS Enterprise Guide |
R. Scott Leslie |
source |
11 |
| MWSUG |
2011 |
Application for Survival Analysis through Microsoft Access GUI |
Zhong Yan, Jie Li, Jiazheng (Steven) He |
|
7 |
| NESUG |
2011 |
A Missing Guide for a Comprehensive Kaplan-Meier Plot |
Jiannan Hu |
|
7 |
| NESUG |
2011 |
Survival Analysis: K-M Plot with Confidence Band |
Santosh Bari, Himanshu Patel |
|
9 |
| PharmaSUG |
2011 |
A Programmer's Introduction to Survival Analysis Using Kaplan Meier Methods |
John Ventre, Lisa Fine |
source |
8 |
| PharmaSUG |
2011 |
Caution: Hazards Crossing! Using the Renyi Test Statistic in Survival Analysis |
Matthew Davis, Sharon X. Xie |
source |
9 |
| PharmaSUG |
2011 |
Clinical Trials Versus Health Outcomes Research: SAS/STAT Versus SAS Enterprise Miner |
Patricia B. Cerrito |
source |
15 |
| PharmaSUG |
2011 |
Success As a Pharmaceutical Statistical Programmer |
Sandra Minjoe, Mario Widel |
source |
7 |
| PharmaSUG |
2011 |
Using the ADaM Basic Data Structure for Survival Analysis |
Nancy Brucken, Sandra Minjoe, Mario Widel |
source |
5 |
| SGF |
2011 |
An Introduction to Survival Analysis Using Complex Sample Survey Data |
Patricia A. Berglund |
source |
20 |
| SCSUG |
2010 |
Coding ICD-9 and Charlson Index Score in R for SAS Users |
Vanessa Cox |
source |
16 |
| SCSUG |
2010 |
Impact of model mis-specification on conditional power in interim survival analysis |
Chao L. Chen |
source |
9 |
| WUSS |
2010 |
A Discussion of SAS's %CUMINCID Macro for Generating Cumulative Incidence Curves in Cases of Competing Risk in Survival Analysis |
Andrew Dagis |
source |
7 |
| WUSS |
2010 |
Survival 101: Reporting Survival Curves Using Sample Data from the Colorectal Cancer Outcomes Database |
Anna ter Veer |
source |
11 |
| PHUSE EU |
2010 |
Assesment of Cox Proportional Hazard Model Adequacy Using PROC PHREG and PROC GPLOT |
Jadwiga Borucka |
source presentation source |
13 |
| MWSUG |
2010 |
Comparing JMP and SAS for Validating Clinical Trials |
Sandra D. Schlotzhauer |
|
18 |
| MWSUG |
2010 |
PROC LIFEREG or PROC PHREG |
Dachao Liu |
|
9 |
| MWSUG |
2010 |
Using SAS to Assess and Model Time-to-Event Data with Non-Proportional Hazards |
Michael G. Wilson |
|
24 |
| SESUG |
2010 |
A Macro for Calculating Summary Statistics on Left Censored Environmental Data using the Kaplan-Meier Method |
Dennis J. Beal |
source |
6 |
| PharmaSUG |
2010 |
Applying ADaM Principles in Developing a Response Analysis Dataset |
Mei Dey, Lisa Pyle |
|
8 |
| PharmaSUG |
2010 |
Data Annotations in Clinical Trial Graphs |
Sudhir Singh |
|
10 |
| PharmaSUG |
2010 |
Introduction to Survival Analysis and Creating Kaplan-Meier Curves |
Ojesh Upadhyay |
|
10 |
| PharmaSUG |
2010 |
Surviving Survival Analysis: Basic Knowledge from a Programmer's Viewpoint |
Deb Cassidy |
|
9 |
| SGF |
2010 |
Investigating the Impact of Medicare Part D on Diabetes Medications Using SAS Enterprise Miner and Survival Analysis |
Xiao Wang |
source |
13 |
| SGF |
2010 |
Survival Analysis: Overview of Parametric, Nonparametric, and Semiparametric Approaches and New Developments |
Joseph C. Gardiner |
source |
23 |
| SESUG |
2009 |
Developing Business Failure Prediction Models Using SAS Software |
Oki Kim |
source |
10 |
| SESUG |
2009 |
Using SAS to Explore the Impact of a Care Management Maternity Program |
Barbara B. Okerson |
source |
9 |
| NESUG |
2009 |
A Proposed SDTM Implementation of Response Data for Solid Tumor Trials in Oncology |
Mei Dey, Elisabeth Pyle |
|
18 |
| NESUG |
2009 |
The Application of Survival Analysis to Customer-Centric Forecasting |
Michael J. Berry |
|
10 |
| WUSS |
2009 |
Developing Business Failure Prediction Models Using SAS Software |
Oki Kim |
source |
10 |
| SGF |
2009 |
Analysis of Survival Data with Clustered Events |
Lida Gharibvand, Lei Liu |
source |
11 |
| SGF |
2009 |
Fitting Cox Model Using PROC PHREG and Beyond in SAS |
Lea Liu, Sandy A. Forman, Bruce A. Barton |
source |
10 |
| SGF |
2009 |
Using SAS to Explore the Impact of a Care Management Maternity Program |
Barbara B. Okerson |
source |
9 |
| WUSS |
2008 |
A Step-by-Step Guide to Survival Analysis |
Lida Gharibvand |
source |
16 |
| WUSS |
2008 |
Evaluation of a Hospice Care Referral Program Using Cox Proportional Hazards Model |
Lida Gharibvand, Daniel R. Jeske, Solomon Liao |
source |
16 |
| WUSS |
2008 |
Surviving Left Truncation Using PROC PHREG |
Aimee Foreman, Ginny Lai, Dave P. Miller |
source |
8 |
| SESUG |
2008 |
Surviving Survival Analysis - An Applied Introduction |
Christianna S. Williams |
source |
17 |
| PHUSE EU |
2008 |
A gentle introduction to Survival Analysis |
Martin Scottt, Angelo Tinazzi |
source |
13 |
| MWSUG |
2008 |
Creating Macros for Survival Data in Oncology Study |
Jagannath Ghosh |
|
8 |
| NESUG |
2008 |
Surviving Survival Analysis - An Applied Introduction |
Christianna S. Williams |
|
17 |
| SGF |
2008 |
Advanced Statistical and Graphical features of SAS PHREG |
Lida Gharibvand, George C. J. Fernandez |
source |
12 |
| SGF |
2008 |
Survival Data Mining: Treatment of Chronic Illness |
Patricia B. Cerrito, John C. Cerrito |
source |
19 |
| SESUG |
2007 |
Data Mining Episode Groupers |
Patricia B. Cerrito |
source |
13 |
| WUSS |
2007 |
Health Outcomes Research Using Time-to-Event Analytic Approaches |
Tyler C. Smith, Besa Smith |
source |
22 |
| WUSS |
2007 |
Survival Analysis Plots Using SAS ODS Graphics |
Lida Gharibvand, George C. J. Fernandez |
source |
10 |
| WUSS |
2007 |
They Were Our Dreams - Tables and Graphics for Survival Analysis using ODS |
Wei Cheng |
source |
13 |
| PharmaSUG |
2007 |
%SurvTab: A SAS Macro to Make Survival Analysis Easier |
Yinmei Zhou, St. Jude Children's |
|
15 |
| PharmaSUG |
2007 |
Clinical Adverse Events Data Analysis and Visualization |
Shi-Tao Yeh |
|
12 |
| PHUSE EU |
2006 |
Is your output telling you the truth? Tips and Tricks in verifying SAS Outputs |
Angelo Tinazzi, Sonia Colombini |
source |
7 |
| WUSS |
2006 |
Environmental Samples Below the Limits of Detection - Comparing Regression Methods to Predict Environmental Concentrations |
Daniel Smith, Elana Silver, Martha Harnly |
source |
8 |
| WUSS |
2006 |
Get the Correct Hazard Ratio from SAS PROC PHREG Procedure |
Betty Ying Wang |
source |
7 |
| SUGI |
2006 |
An Application of Survival Analysis to Population Dynamics in Human Capital Management |
Martin B. Jetton, Robert Yerex |
source |
9 |
| SUGI |
2006 |
Fixed Effects Regression Methods in SAS |
Paul D. Allison |
source |
20 |
| WUSS |
2005 |
Graphing the Probability of Event as a Function of Time Using Survivor Function Estimates and the SAS System's PROC PHREG |
Tyler C. Smith, Besa Smith |
source |
18 |
| NESUG |
2005 |
Predictive Modeling Using Survival Analysis |
Vadim Pliner |
|
10 |
| PharmaSUG |
2005 |
%KMPlot - An Enhancement of SAS PROC LIFETEST |
Weifeng Xu, William W.B. Wang |
|
8 |
| NESUG |
2004 |
Clinical Trials Online - Running SAS on the Web Without SAS/IntrNet |
Quan Ren |
|
15 |
| WUSS |
2004 |
Kaplan Meier And Cox Proportional Hazards Modeling: Hands On Survival Analysis |
Tyler C. Smith, Besa Smith |
source |
14 |
| WUSS |
2004 |
Survival Analysis Using SAS Macros, ODS and SAS/GRAPH |
Natalia V. Udaltsova, Irina V. Tolstykh, Arthur L Klatsky |
source |
9 |
| MWSUG |
2004 |
SAS Macros to Implement Survival Analyses for Oncology Clinical Trials |
Adeline Yeo |
|
5 |
| PharmaSUG |
2004 |
%Cox_PH - An enhancement of SAS PROC PHREG |
Hong (Lily) Zhang, Robin Mogg |
|
8 |
| SUGI |
2004 |
Clinical Trial Online - Running SAS on the Web without SAS/IntrNet |
Quan Ren |
source |
16 |
| SUGI |
2004 |
Understanding Customers through Data: A Data Miner's View |
Gordon Linoff |
source |
2 |
| WUSS |
2003 |
Advanced Analytics with Enterprise Guide |
Catherine Truxillo, Stephen McDaniel |
source |
9 |
| WUSS |
2003 |
Extending the Use of PROC PHREG in Survival Analysis |
Christopher F. Ake, Arthur L. Carpenter |
source |
6 |
| SEUGI |
2003 |
Putting Price Tags on Houses - Survival Analysis with Real Estate Data [presentation] |
Marco Salvi |
source |
18 |
| PharmaSUG |
2003 |
Enhancement of Survival Graphs |
Joanne C. Zhou |
|
6 |
| PharmaSUG |
2003 |
Using SAS software for Multilevel Models in Survival Analysis |
Gisela Tunes da Silva |
|
4 |
| SUGI |
2003 |
Cutpoint Determination Methods in Survival Analysis Using SAS |
Jayawant N. Mandrekar, Sumithra J. Mandrekar, Stephen S. Cha |
source |
5 |
| SUGI |
2003 |
Enhancement of Survival Graphs |
Joanne C. Zhou |
source |
6 |
| SUGI |
2003 |
Modeling Customer Lifetime Value Using Survival Analysis - An Application in the Telecommunications Industry |
Junxiang Lu |
source |
6 |
| SUGI |
2003 |
Survival Analysis Using Cox Proportional Hazards Modeling for Single and Multiple Event Time Data |
Tyler C. Smith, Besa Smith, Margaret A. K. Ryan |
source |
8 |
| NESUG |
2002 |
Clinical Trial Online - Running SAS on the Web without SAS/IntrNet |
Quan Ren |
|
7 |
| NESUG |
2002 |
Graphical Presentation of Survival Analysis |
Joanne C. Zhou |
|
5 |
| WUSS |
2002 |
Perform Survival Analysis for Clinical Trials Using ODS |
Wei Cheng |
source |
5 |
| WUSS |
2002 |
Survival Analysis with PHREG: Using MI and MIANALYZE to Accommodate Missing Data |
Arthur L. Carpenter |
source |
6 |
| SEUGI |
2002 |
A SAS and Java Application for Reporting Clinical Trial Data [presentation] |
Kevin Kane |
source |
31 |
| SEUGI |
2002 |
Predictin Customer Default Times using Survival Analysis Methods in SAS [presentation] |
Bart Baesens |
source |
16 |
| PharmaSUG |
2002 |
Clinical Trial Online - Running SAS on the Web without SAS/IntrNet |
Quan Ren |
|
8 |
| SUGI |
2002 |
Clinical Trial Online - Running SAS on the Web without SAS/IntrNet |
Quan Ren |
source |
7 |
| SUGI |
2002 |
Graphical Presentation of Survival Analysis |
Joanne C. Zhou |
source |
4 |
| SUGI |
2002 |
Predicting Customer Churn in the Telecommunications Industry - An Application of Survival Analysis Modeling Using SAS |
Junxiang Lu |
source |
6 |
| WUSS |
2001 |
A Survival Analysis from the Ground Up, Using Cox Proportional Hazards Modeling |
Tyler C. Smith, Besa Smith, Margaret A. K. Ryan |
source |
8 |
| SUGI |
2001 |
Clinical Trial System - A Front End SAS/AF Application |
Quan Ren |
source |
7 |
| SUGI |
2001 |
Survival Analysis and the Application of Cox's Proportional Hazards Modeling Using SAS |
Tyler C. Smith, Besa Smith |
source |
9 |
| SESUG |
2000 |
Can A New Interpretation Of Survival Data Help Patients Successfully Modify Adverse Risk Profiles? |
Gregory L. Pearce |
source |
5 |
| NESUG |
2000 |
Applying Survival Analysis Techniques to Loan Terminations for HUD's Reverse Mortgage Insurance Program - HECM |
Ming H. Chow |
|
8 |
| WUSS |
2000 |
Graphing the Probability of Hospitalization as a Function of Time Using Estimates and the SAS System's PROC PHREG |
Tyler C. Smith |
source |
7 |
| SEUGI |
2000 |
Enterprise Guide Version 1.1 [presentation] |
Adrian Bruty, Carol Williams Rigsbee |
source |
19 |
| SUGI |
2000 |
Calculating the Probability of Hospitalization as a Function of Time, An Application of Cox's Proportional Hazards Modeling |
Tyler C. Smith |
source |
5 |
| WUSS |
1999 |
Calculating the Probability of Hospitalization as a Function of Time Using the SAS System's PROC PHREG |
Tyler C. Smith |
source |
5 |
| SEUGI |
1999 |
ALM Modelling at BACOB Bank c.v. [presentation] |
Marc Hanseene, Sabine Vanmaercke, Sigrid Spruyt |
source |
22 |
| SEUGI |
1999 |
The Analyst Application [presentation] |
Frank Boggasch |
source |
13 |
| SUGI |
1999 |
Analyzing Oncology Patient Health Care Costs Using the SAS System |
Jeff A. Sloan, Steven S. Cha, Judith L. Wagner, Cristine Allmer, Steven R. Alberts, Jed Lindman |
source |
6 |
| WUSS |
1998 |
Illustration of Improving Kaplan-Meier Plots in the Presence of Heavy Left Truncation |
Alison J. Canchola |
source |
6 |
| SEUGI |
1998 |
Building an ALM system for the Insurance Industry |
Koen Van Huffel, Marc Hansenne |
source |
7 |
| NESUG |
1997 |
Creating Complex Graphics for Survival Analyses with the SAS System |
Steven E. Elkin |
|
7 |
| NESUG |
1997 |
Survival Analysis: Non-Traditional Applications for Non-Statisticians |
Margaret Ann Goetz |
|
5 |
| MWSUG |
1997 |
An Introduction to Survival Analysis |
Linda M. Quinn |
|
12 |
| SEUGI |
1997 |
%SUPLANA - a powerful SAS macro routine for survival analysis |
Angelo Tinazzi, Valter Torri |
source |
6 |
| SEUGI |
1997 |
An application and visualization tool for the exploratory analysis of lifetime data |
Hans-Peter Altenburg, Thomas Floren |
source |
6 |
| PharmaSUG |
1997 |
A Generalized Macro for Survival Analysis |
Malini Krishnan, Hoechst Marion Roussel |
|
3 |
| SESUG |
1996 |
sl4tistia |
Dale Preston |
|
7 |
| WUSS |
1996 |
Survival Analysis with Staggered Entry Times and a Time-dependent Covariate |
Alison J. Canchola |
source |
5 |
| NESUG |
1993 |
Survial Data Analysis - Life Table Methods |
Wei Zhang |
|
10 |
| SCSUG |
1993 |
Survival Analysis with SAS LIFETEST and PHREG Procedures |
Zhongmin Li |
|
10 |
| SUGI |
1992 |
Proportional Hazards Analysis of Left-truncated Survival Data |
Dennis Heisey |
source |
6 |
| NESUG |
1991 |
Using SAS Statistical Procedures in Medical Research |
Joe Cholewczynski |
|
7 |
| MWSUG |
1991 |
Survival Analysis of Highway Pavements in Illinois |
James P. Hall |
|
4 |
| SUGI |
1991 |
SAS Applications at the Frankfurt University Hospital |
Harald Pitz, Marcus Frenz, Hans-Peter Howaldt |
source |
5 |
| SUGI |
1991 |
The Integration of SAS Software in a Multicentric Tumor Registry |
Harald Pitz, Hans-Peter Howaldt, Marcus Frenz |
source |
6 |
| SUGI |
1987 |
Graphical Methods for the Analysis of Survival Data |
Frank E. Harrell Jr., Kerry L. Lee, Barbara G. Pollock |
source |
9 |
| SEUGI |
1986 |
Survival Analysis in the SAS System A Survey |
E. Meisinger, M. Strauch, N. Gretz |
source |
8 |
| SEUGI |
1984 |
New Statistical Features in SAS |
Gerhard Held |
source |
13 |
| SUGI |
1980 |
An Overview of Survival Analysis and SAS |
Irving K. Hwang |
source |
|