| 2026 | A Visual Formalism for the Specification of Maritime Traffic Scenarios. | Anna Austel, Georg Hake, Nina Wetzig |
| 2026 | Embedding Normative Requirements in Fuzzy Logic. | Ziba Assadi, Paola Inverardi |
| 2026 | Security Under Pressure: How Agile Teams Experience and Manage Security Requirements. | Dahlia Vingtoft Andreasen, Oksana Kulyk, Elda Paja |
| 2026 | From PDFs to Structured and FAIR Knowledge: Organizing NLP4RE ID Cards in the Open Research Knowledge Graph. | Amirreza Alasti, Lena John, Oliver Karras |
| 2025 | Automatic Prompt Engineering: The Case of Requirements Classification. | Mohammad Amin Zadenoori, Liping Zhao, Waad Alhoshan, Alessio Ferrari |
| 2025 | Exploring and Characterizing Ad-Hoc Requirements - A Case Study at a Large-Scale Systems Provider. | Andrea Wohlgemuth, Fabiano Dalpiaz, Erik Kamsties |
| 2025 | Requirements Elicitation for Prototype-driven AI Engineering: a Case Study in Police Report Generation. | Martijn van Vliet, Wouter Westerkamp, Sjaak Brinkkemper, Sergio Espaa |
| 2025 | Low-Level Hardware Requirement Classification Using Large Language Models: Challenges, Insights, and Future Directions for Embedded Control Systems. | Ekrem Bilgehan Uyar, Ali Ergin Grsoy, Cemil Gke, Tugba Taskaya-Temizel |
| 2025 | RE-Miner 2.0: A Holistic Framework for Mining Mobile Application Reviews. | Max Tiessler, Quim Motger |
| 2025 | Eliciting Explainability Requirements for Safety-Critical Systems: A Nuclear Case Study. | Hazel M. Taylor, Matt Luckcuck, Marie Farrell, Caroline Jay, Angelo Cangelosi, Louise A. Dennis |
| 2025 | An Interactive Tool for Goal Model Construction Using a Knowledge Graph. | Shahin Abdoul Soukour, William Aboucaya, Nikolaos Georgantas |
| 2025 | Sharper Specs for Smarter Drones: Formalising Requirements with FRET. | Oisn Sheridan, Leandro Buss Becker, Marie Farrell, Matt Luckcuck, Rosemary Monahan |
| 2025 | Refactoring in Requirements Engineering: Exploring a methodology for formal verification of safety-critical systems. | Oisn Sheridan |
| 2025 | How Effectively Do LLMs Extract Feature-Sentiment Pairs from App Reviews? | Faiz Ali Shah, Ahmed Sabir, Rajesh Sharma, Dietmar Pfahl |
| 2025 | From Inductive to Deductive: LLMs-Based Qualitative Data Analysis in Requirements Engineering. | Syed Tauhid Ullah Shah, Mohamad Hussein, Ann Barcomb, Mohammad Moshirpour |
| 2025 | Requirements Representations in Machine Learning-Based Automotive Perception Systems Development for Multi-party Collaboration. | Hina Saeeda, Zuzana Rohacova, Oskar Jakobsson, Hans-Martin Heyn, Eric Knauss, Alessia Knauss, Jennifer Horkoff |
| 2025 | The Potential of Citizen Platforms for Requirements Engineering of Large Socio-Technical Software Systems. | Jukka Ruohonen, Kalle Hjerppe |
| 2025 | Teaching Requirements Engineering to Robotics Students Through Reverse Engineering: An Experience Report. | Jeshwitha Jesus Raja, Shaza Elbishbishy, Jennifer Brings, Marian Daun |
| 2025 | Refining and Validating Change Requests from a Crowd to Derive Requirements. | Leon Radeck, Barbara Paech |
| 2025 | Preface to ViVaRE! '25: Workshop on Virtues and Values in Requirements Engineering. | Alexander Rachmann, Jens Gulden |
| 2025 | Towards a Value-Complemented Framework for Enabling Human Monitoring in Cyber-Physical Systems. | Zoe Pfister, Michael Vierhauser, Rebekka Wohlrab, Ruth Breu |
| 2025 | Veracity Debt: Practitioners Voices on Managing Software Requirements Concerning Veracity. | Judith Perera, Ewan D. Tempero, Yu-Cheng Tu, Kelly Blincoe |
| 2025 | LACE-HC: A Lightweight Attention-Based Classifier for Efficient Hierarchical Classification of Software Requirements. | Krupa Patel, Hetal Modi, Unnati Shah |
| 2025 | Preface: REFSQ 2025 Doctoral Symposium. | Elda Paja, Andreas Vogelsang |
| 2025 | Exploring Generative Pretrained Transformers to Support Sustainability Effect Identification - A Research Preview. | Barbara Paech, Peter Kaiser, Peter Bambazek, Iris Groher, Norbert Seyff |