| PharmaSUG CN |
2026 |
ShellPainter & CDARS: An AI-Powered Digital Framework for Integrated shell-TFL Automation |
Jiapeng He, Mingliang Fan, Yanan Sui, Lin Jiang, Mingfeng Zhou, Xuejie Zhou |
source |
7 |
| PharmaSUG |
2026 |
Friction to Flow: LLM-Based Automation of Clinical Data Workflows |
Pankaj Attri, Matthew J. Becker |
source |
8 |
| PharmaSUG |
2026 |
It-s a Wonderful Lifecycle: Translating Statistical Programming into Modern Analytics Development |
Steve Nicholas |
source |
3 |
| PharmaSUG |
2026 |
Leveraging LLMs in Data Science Web Applications: Beyond the Chat Interface |
Tyler Rowsell, Nandini Thampi, Dishank Jani, Hao Xu |
source |
18 |
| PharmaSUG |
2026 |
Oncology Solid Tumor Subcutaneous vs Intravenous Late-stage Study Analysis |
Sumanjali Mangalarapu, Chuqing Chen, Anilkumar Anksapur |
source |
11 |
| PharmaSUG |
2026 |
The Tipsy Hangover: Avoiding Indent Headaches in SAS Reports |
Lisa A. Mendez, Richann J. Watson |
source |
22 |
| PHUSE US |
2026 |
Automating Analysis Report Programming in SAS with VGSART: A Metadata-Driven Approach |
Swathi Nattam, Piyush Makkapati |
source presentation source |
12 |
| PHUSE US |
2026 |
Consistency, Speed and Satisfaction: The Impact of TLF Mock Shell Centralisation |
Jie Yang |
source presentation source |
6 |
| PHUSE US |
2026 |
LLM-Powered Clinical Data Flow with Traceability - From Siloed Pipelines to a Semantic Fabric |
Pankaj Attri, Matthew J. Becker |
source presentation source |
8 |
| PHUSE US |
2026 |
Orchestrating Efficiency: Symphony and Composer in Clinical Reporting |
Margaret Wishart, Karma Tarap |
source presentation source |
6 |
| PHUSE US |
2026 |
QC Without Code: ChatGPT Enterprise for Sponsor Oversight of Outsourced TFLs |
Jenny Price, Brad Moore |
source presentation source |
9 |
| PHUSE US |
2026 |
Real-Time AI-Driven TLF Generation with GAutoTLF |
Hao Xu, Tyler Rowsell |
source presentation source |
14 |
| PHUSE APAC |
2026 |
Integrating R Programming and Generative AI for Prompt-Driven Clinical Trial Data Analysis |
Vyom Bhatt |
source presentation source |
4 |
| PHUSE APAC |
2026 |
Sparc AI: A Native Metadata-Driven Engine for End-to-End Clinical Trial Analysis |
Anil Mogha, Ashwin Kumar Nyalakonda, Gourav Garg |
source presentation source |
7 |
| PHUSE EU |
2025 |
AI Chatbot in an SCE |
Shivoy Pandita, Marc Jantke |
source presentation source |
8 |
| PHUSE EU |
2025 |
From Mock to Output: Using Generative AI to Write SAS Code for Standards-Based TFLs |
Kala Shivali, Bhuvana Venkatappa |
source presentation source |
16 |
| PHUSE EU |
2025 |
Turning Data into Deliverables: Automating Biometrics from Metadata to TFLs |
Inderjeet Arora |
source presentation source |
9 |
| PHUSE EU |
2025 |
Your Outputs Deserve a Second Set of Eyes - Meet ELARA |
Mane Sargsyan |
source presentation source |
7 |
| MWSUG |
2025 |
Prompt, Program, Submit: Generative AI for Faster SDTM, ADaM, and TLFs |
Matthew J. Becker, Pankaj Attri |
source |
7 |
| WUSS |
2025 |
Prompt, Program, Submit: Generative AI for Faster SDTM, ADaM, and TLFs |
Matthew J. Becker |
source |
7 |
| PHUSE US |
2025 |
Expediting the Regulatory Submission Process Through Automated Tools |
Manish Deole, Gautham Selvaraj |
source poster source |
4 |
| PHUSE US |
2025 |
Let the Machine Do the Coding: A SAS-Based Framework for Automating TFL Generation with ARS Metadata |
Julie Wachara |
source presentation source |
9 |
| PHUSE US |
2025 |
Let's Talk Future: Automated Solution for Standard-Compliant Data, Mock Shells and TFL Generation Using Open-Source Platforms with AI |
Inderjeet Arora, Abhijeet Arora |
source presentation source |
8 |
| PHUSE US |
2025 |
LLMs in Clinical Trials: Overcoming Challenges Related to Patient Confidentiality and Intellectual Property |
Amit Javkhedkar, Samip Shah |
source presentation source |
7 |
| PHUSE EU |
2024 |
Driving Efficiency and Automation in TFL Generation: A Case Study of Establishing an Oncology TFL Library and Analysis Results Metadata Repository [poster] |
Salil Parab, Bhavin Busa |
source |
1 |
| PHUSE EU |
2024 |
Verify: Facilitating End-to-End Automation of Clinical Validation Processes Using AI Algorithms and Dynamic Collaboration |
Ilan Carmeli |
source presentation source |
3 |
| SESUG |
2024 |
The Essentials Given - Becoming an Expert of Statistical Programming in Pharma & Health Care Industry |
Hongbo Li |
source |
5 |
| PharmaSUG CN |
2024 |
An end-to-end Digital Platform for TFL Automation - From Metadata to TFL Outputs |
Yanan Sui, Jiapeng He, Mingliang Fan, Xuejie Zhou, Lin Jiang, Tingting Zeng, Jinling Li |
source |
8 |
| PharmaSUG |
2024 |
AI and the Clinical Trial Validation Process - Paving a Rocky Road |
Steve Ross, Ilan Carmeli |
source |
7 |
| PharmaSUG |
2024 |
Automating the annotation of TLF mocks Using Generative AI |
Vidya Gopal |
source |
6 |
| PharmaSUG |
2024 |
Multiple Logistic Regression Analysis using Backward Selection Process on Objective Response Data with SAS |
Girish Kankipati, Jai Deep Mittapalli |
source |
9 |
| PHUSE EU |
2023 |
Leveraging the Analysis Results Standard (ARS): The Cytel PRISM Experience |
Nicolas Rouillé, Sebastià Barceló |
source presentation source |
8 |
| WUSS |
2023 |
Navigating SAS and CDISC Certification with Apprenticeship |
Sarvar Khamidov |
source |
7 |
| PharmaSUG |
2023 |
Exploring the use of AI-based image recognition and Machine Learning to Improve the Efficiency and Accuracy of TLFs Validation Process. |
Mor Ram-On, Ilan Carmeli |
source |
5 |
| PharmaSUG |
2023 |
Masters of the Table Universe: Creating Table Shells Consistently and Efficiently Across All Studies |
Michael Hagendoorn, Ran Li, Mimi Vigil, Shan Yang |
source |
15 |
| PHUSE US |
2023 |
Efficient Integration Programming Techniques [poster] |
Vaibhav Sathe, Aparna Polisetty |
source |
1 |
| PHUSE US |
2023 |
The Role of AI in Handling Clinical Data and Documents (Structured and Unstructured) |
Farha Feroze |
source presentation source |
6 |
| PHUSE EU |
2022 |
Automation in Biostatistics at Novo Nordisk [presentation] |
Matthew Phelps |
source video |
37 |
| PHUSE EU |
2022 |
From Artifact to Metadata: A Divergent Approach to Automation Through Standardisation |
Nicolas Rouillé, Camie Britton |
source presentation source |
4 |
| PHUSE EU |
2022 |
Generating Statistical TFLs Using ML, Deep Learning and NLP Techniques that Provide More Efficiency to the Statistical Programming Process [presentation] |
Jeyantharkumar Arunachalam |
source |
7 |
| PHUSE EU |
2022 |
How to Avoid Conformance Issues When Metadata Varies Across Parameters [presentation] |
Caroline Pelckmans, Oussama Zineddine |
source video |
24 |
| PharmaSUG |
2022 |
Generating statistical Tables, Listings, and figures using machine learning, deep learning, and NLP techniques that provide more efficiency to the statistical programming process |
Farha Feroze, Ilango Ramanujam |
source |
3 |
| PharmaSUG |
2022 |
Introduction to Annual Reporting for Beginners! |
Akshita Gurram, Mamatha Mada |
source |
8 |
| PHUSE EU |
2021 |
The Concept of IoT - The Next Generation of Statistical Computing Platform [presentation] |
Huadan Li, Zhiping Yan |
source video |
20 |
| PharmaSUG |
2021 |
A metadata driven approach to mock TFL generation |
Anne Petersen, Cristina Boschini, Tobias Kröpelin |
source |
5 |
| PharmaSUG |
2021 |
Dynamic macro using the convergence dataset to generate the Odds Ratio (OR), Risk Ratio (RR) and Risk Difference (RD) per SOC/PT using Genmod procedure |
Jagadish Katam |
source |
20 |
| SGF |
2021 |
A SAS Macro for Dynamic Page Breaks |
Manohar Modem, Bhavana Bommisetty |
source |
14 |
| PHUSE EU |
2020 |
Last Mile Problem to Manage Data Transformation for Analysis & Reporting [presentation] |
Deven Babre, Rajaram Venkatesan |
source video |
19 |
| PharmaSUG |
2020 |
A SAS Macro for Dynamic Assignment of Page Numbers |
Manohar Modem, Bhavana Bommisetty |
source |
10 |
| PHUSE US |
2020 |
Lab Master List File Makes Easy |
Clio Wu |
source presentation source |
7 |
| PHUSE US |
2020 |
Programmer to SME - Career Game Changer |
Divya Cetlur, Ephicacy Lifescience |
source presentation source |
7 |
| PharmaSUG |
2019 |
Improving the Relationship between Statisticians and Programmers in Clinical Trial Studies |
Mai Ngo, Mary Grovesteen, Vaughn Eason |
source |
8 |
| SGF |
2019 |
Make SAS Viya Realize Strategic Data Science - Data Governance, AI Platform and AI SAS Programmer |
Ryo Kiguchi, Katsunari Hirano, Yoshitake Kitanishi |
source |
8 |
| PHUSE US |
2018 |
Don't Sweat It! Consider Taking the Risk Out of your Outsourced Deliverables |
Jennifer True, Nancy Haeusser |
source presentation source |
4 |
| PHUSE US |
2018 |
Harnessing the Web to Streamline Statistical Programming Processes |
Daniel J. Boisvert, Gordon Schantz |
source presentation source |
8 |
| PharmaSUG |
2018 |
Family of PARAM***: PARAM, PARAMCD, PARAMN, PARCATy(N), PARAMTYPE |
Kamleshkumar Patel |
source |
12 |
| PharmaSUG |
2017 |
Metadata of Titles, Footnotes, and Proc Report Details |
Julius Kirui |
source |
11 |
| PharmaSUG |
2017 |
Sponsor Oversight of CROs Data Management and Biostatistical Abilities |
Lois Lynn |
source |
7 |
| PharmaSUG |
2016 |
Validation Methods and Strategies for Presentation of Clinical Reports: The Programmers Road Map to Success |
Vijayata Sanghvi |
source |
5 |
| PharmaSUG |
2015 |
Advantages and Disadvantages of Two Commonly Used CRO Resourcing Models in the Pharmaceutical SAS Programming Environment |
Ying (Evelyn) Guo, Mark Matthews |
source |
7 |
| PharmaSUG |
2015 |
Lessons Learned from the QC Process in Outsourcing Model |
Faye Yeh |
source |
5 |
| PharmaSUG |
2015 |
Macro to Read Mock Shells in Excel and Create a Copy in Rich Text Format |
Rakesh Mucha, Jeffrey Johnson |
source |
11 |
| PHUSE EU |
2014 |
Metadata Design for Analysis and Reporting |
Gopinath Viswanathan, Giri Balasubramanian |
source presentation source |
2 |
| PharmaSUG |
2014 |
Clinical Study Report Review: Statistician's Approach |
Amita Dalvi |
source |
6 |
| PHUSE EU |
2013 |
Statistics: The Fourth Dimension of a "Statistical Programmer" |
Gauri Khatu, Vibhavari Inamadar |
source |
12 |
| PharmaSUG |
2010 |
From SAP to ADaM: The Nuts and Bolts |
Nancy Brucken, Paul K. Slagle |
|
9 |
| PHUSE EU |
2008 |
Titles and footnote management from the TLF shell to the final outputs |
Thierry Jegoux |
source |
10 |