Table of Contents

• Keynote : REConnect: How Being a Requirements Engineer Made Me a Better, Yet Humble, Software EngineerDaniela E. Damian. 1-2 [doi]
• st CenturyRoel J. Wieringa. 1 [doi]
• Keynote : Towards a Fairer World - Uncovering and Addressing Human and Algorithmic BiasesNuria Oliver. 4-5 [doi]
• What About Emotions? Guiding Fine-Grained Emotion Extraction from Mobile App ReviewsQuim Motger, Marc Oriol, Max Tiessler, Xavier Franch, Jordi Marco. 6-18 [doi]
• LLMREI: Automating Requirements Elicitation Interviews with LLMsAlexander Korn, Samuel Gorsch, Andreas Vogelsang. 19-30 [doi]
• Identifying Explanation Needs: Towards a Catalog of User-based IndicatorsHannah Deters, Laura Reinhardt, Jakob Droste, Martin Obaidi, Kurt Schneider. 31-42 [doi]
• Specifying Operational Design Domain in Autonomous Driving for Comprehensive Data EvaluationHamed Barzamini, Ramesh S. 0002, Arun Adiththan, Prakash Mohan Peranandam, Mona Rahimi. 43-55 [doi]
• Design Thinking in Requirements Engineering: Understanding the Role of Internal and External EmpathyEzequiel Kahan, Marcela Genero, Beatriz Bernárdez 0001, Alejandro Oliveros. 56-67 [doi]
• The Impact of Requirements Artifacts on Efficiency in Agile Development: A Case StudySabine Molenaar, Fabiano Dalpiaz. 68-79 [doi]
• QUESTRL: A Q&A Framework for Designing Trustworthy Reinforcement Learning SystemsKatherine R. Dearstyne, Pedro Alarcon Granadeno, Theodore Chambers, Jane Cleland-Huang. 80-91 [doi]
• Generative Goal ModelingAteeq Sharfuddin, Travis D. Breaux. 92-103 [doi]
• Demystifying Feature Requests: Leveraging LLMs to Refine Feature Requests in Open-Source SoftwarePragyan K. C, Rambod Ghandiparsi, Thomas Herron, John Heaps, Mitra Bokaei Hosseini. 104-116 [doi]
• Requirements Elicitation Follow-Up Question GenerationYuchen Shen, Anmol Singhal, Travis D. Breaux. 117-129 [doi]
• Students' Perceptions of the Use of LLMs in Requirements Engineering Education: A Cross-University Empirical StudySharon Guardado, Risha Parveen, Zheying Zhang, Maruf Rayhan, Nirnaya Tripathi. 130-141 [doi]
• LLM-assisted Extraction of Regulatory Requirements: A Case Study on the GDPRSallam Abualhaija, Marcello Ceci, Nicolas Sannier, Domenico Bianculli, Salomé Lannier, Martina Siclari, Olivier Voordeckers, Stanislaw Tosza. 142-154 [doi]
• Where Do Users Draw the Line? Ethical Concerns about SoftwareDaan Kieft, Laura Duits, Emitzá Guzmán. 155-166 [doi]
• How to Elicit Explainability Requirements? A Comparison of Interviews, Focus Groups, and SurveysMartin Obaidi, Jakob Droste, Hannah Deters, Marc Herrmann, Raymond Ochsner, Kurt Schneider, Jil Klünder. 167-178 [doi]
• Adopting Use Case Descriptions for Requirements Specification: an Industrial Case StudyJulian Frattini, Anja Frattini. 179-191 [doi]
• What does a Public Discourse state about Requirements Process Debt Causes?Sávio Freire, Manoel G. Mendonça, Julio César Sampaio do Prado Leite. 192-204 [doi]
• Legal Requirements Translation from LawAnmol Singhal, Travis D. Breaux. 205-217 [doi]
• Augmenting, Not Replacing: The Role of LLMs in Human-Centric Formal RESonora Halili, Paola Spoletini, Alicia M. Grubb. 218-230 [doi]
• LLM-based Satisfiability Checking of String Requirements by Consistent Data and Checker GenerationBoqi Chen, Aren A. Babikian, Shuzhao Feng, Dániel Varró, Gunter Mussbacher. 231-243 [doi]
• The Good, the Bad, and the Uncanny: Investigating Diversity Aspects of LLM-Generated Personas for Requirements EngineeringChristopher Lazik, Charlotte Kauter, Inês Nunes, Aaron Ziglowski, Alina Pryma, Christopher Katins, Lars Grunske, Thomas Kosch. 244-256 [doi]
• From Requirements to Code: Understanding Developer Practices in LLM-Assisted Software EngineeringJonathan Ullrich, Matthias Koch, Andreas Vogelsang. 257-266 [doi]
• LSRM: A Hybrid LLM-SBERT Approach for Mapping User Requirements to Product Functionalities in Complex ProductsZhiwei Zhang, Bin Liang, Kam-Fai Wong. 267-279 [doi]
• Model Cards Revisited: Bridging the Gap Between Theory and Practice for Ethical AI RequirementsTim Puhlfürß, Julia Butzke, Walid Maalej. 280-291 [doi]
• Requirements for Inclusive AI-Driven Recruitment: Lessons Learned from an Industry WorkshopMuneera Bano, Didar Zowghi, Fernando Mourão, Sarah Kaur, Tao Zhang. 292-302 [doi]
• From Domain Documents to Requirements: Retrieval-Augmented Generation in the Space IndustryChetan Arora 0002, Fanyu Wang, Chakkrit Tantithamthavorn, Aldeida Aleti, Shaun Kenyon. 303-307 [doi]
• Navigating through Work Items in Issue Tracking Systems via Natural Language QueriesDelina Ly, Sruthi Radhakrishnan, Fatma Basak Aydemir, Fabiano Dalpiaz. 308-319 [doi]
• GDPR Compliance in Privacy Policies of Mobile Apps: An Overview of the State-of-PracticeOrlando Amaral Cejas, Sallam Abualhaija, Nicolas Sannier, Marcello Ceci, Domenico Bianculli. 320-331 [doi]
• Taxonomy-Guided Reasoning for Requirements Classification: A Study in Aerospace IndustryYixing Luo, Yang Liu, Xiaofeng Li, Xiaogang Dong, Bin Gu 0006, Zhi Jin 0001, Mengfei Yang. 332-343 [doi]
• ContCRIA: NLP and MDE-based Contextual Change Request Impact AnalysisAsha Rajbhoj, Ajim Pathan, Padmalata Nistala, Vinay Kulkarni 0001. 344-354 [doi]
• RFPAnaFit: Automated Request For Proposal Fitment Analysis and Response GenerationAsha Rajbhoj, Ajim Pathan, Purvesh Doud, Piyush Kulkarni, Vinay Kulkarni 0001. 355-360 [doi]
• Leveraging Large Language Models for Reusable Requirements Management in Aerospace SoftwareYixing Luo, Yiping Wang, Xiaofeng Li 0005, Bin Gu 0006, Zhi Jin 0001. 361-365 [doi]
• LLM-Assisted Requirements Engineering in Agile MDD: Industry Insights and ValidationTjerk Spijkman, Bente Molenkamp, Steffen Beudeker, Sietse Overbeek, Fabiano Dalpiaz. 366-377 [doi]
• Experiences with requirements in an accredited laboratory for software and data quality evaluationJavier Verdugo, Jesús Ramon Oviedo, Moisés Rodríguez 0001, Mario Piattini. 378-388 [doi]
• Exploring the Use of LLMs for Requirements Specification in an IT Consulting CompanyLiliana Pasquale, Azzurra Ragone, Emanuele Piemontese, Armin Amiri Darban. 389-399 [doi]
• Requirements Dependency Driven Test Case Generation: An Automotive Industry PracticeTong Xu, Zheng Zhou, Xiaohong Chen 0007, Zhiyi Xue, Yi Zhao, Min Zhang 0005, Zhi Jin 0001. 400-404 [doi]
• Automatic Multi-level Feature Tree Construction for Domain-Specific Reusable Artifacts ManagementDongming Jin, Zhi Jin 0001, Nianyu Li, Kai Yang, LinYu Li 0001, Suijing Guan. 405-413 [doi]
• Towards Extracting Software Requirements from App Reviews using Seq2seq FrameworkAakash Sorathiya, Gouri Ginde. 414-422 [doi]
• Supporting Software Formal Verification with Large Language Models: An Experimental StudyWeiqi Wang, Marie Farrell, Lucas C. Cordeiro, Liping Zhao. 423-431 [doi]
• Generating Privacy Stories From Software DocumentationWilder Baldwin, Shashank Chintakuntla, Shreyah Parajuli, Ali Pourghasemi, Ryan Shanz, Sepideh Ghanavati. 432-440 [doi]
• Sharing a Yield: RE for Regenerative Agriculture Research VisionBirgit Penzenstadler. 441-448 [doi]
• ReqInOne: A Large Language Model-Based Agent for Software Requirements Specification GenerationTaohong Zhu, Lucas C. Cordeiro, Youcheng Sun. 449-457 [doi]
• Leveraging LLMs for Requirements Engineering Education: How to Approach?Saurabh Tiwari 0001, Santosh Singh Rathore. 458-466 [doi]
• Towards the Automatic Restructuring of Software Requirements Specifications to Conform to Standards Using Large Language ModelsRyu Okamoto, Shinji Kusumoto. 467-475 [doi]
• Satisfying Complex Data Security Requirements in Digital Business EcosystemsYulu Wang, Charlotte van de Velde, Sabine Oechsner, Jaap Gordijn. 476-484 [doi]
• Envisioning a Requirements Elicitation Method for Neurodivergent-Inclusive SoftwareInês Rocha, Ana Moreira, João Araújo 0001, Grischa Liebel. 485-493 [doi]
• How Good is Good Enough? Non-Inferiority Trials for Requirements Trade-Offs in Self-Adaptive SystemsHuma Samin, Nelly Bencomo, Anikó Ekárt. 494-501 [doi]
• Technology Designed for Older Adults: You Can't Spell Stakeholder without Older!Alicia M. Grubb, Valentina Nino, Israel Sanchez-Cardona, Paola Spoletini, Maria Valero. 502-510 [doi]
• Rethinking RE Topic Mapping: Toward an Extensible Framework for Curriculum-Industry ComparisonAnthea Moravánszky, Ingo Barkow. 511-518 [doi]
• Combining Established and Emerging Techniques to Detect Inconsistencies in RequirementsAlessandro Fantechi, Stefania Gnesi, Laura Semini. 519-526 [doi]
• Multi-Agent Debate Strategies to Enhance Requirements Engineering with Large Language ModelsMarc Oriol, Quim Motger, Jordi Marco, Xavier Franch. 527-534 [doi]
• Intelligent Agents for Requirements Engineering: Use, Feasibility and EvaluationJacek Dabrowski 0001, Wanling Cai, Amel Bennaceur, Bashar Nuseibeh, Faeq Alrimawi. 535-543 [doi]
• Explainability Across the Spectrum: Modeling Stakeholder Goals Based on AI Complexity LevelsAntoni Mestre, Manoli Albert, Miriam Gil, Vicente Pelechano. 544-551 [doi]
• Recommending Security Requirements through Asset Identification and Threat MappingSugandha Malviya, André Fonteles, Angeles Marin Batana, Alec Burch-DeWitt. 552-560 [doi]
• Continuous Data-driven Personas Generation: An LLM-based Knowledge Graph ApproachRyota Sugiyama, Hironori Washizaki, Naoyasu Ubayashi, Ryoko Tanahashi, Mai Hirabayashi, Satoshi Okuda, Ken Toriumi. 561-539 [doi]
• Growing Deeper Roots: Nature as a Stakeholder in Software-intensive SystemsBirgit Penzenstadler. 570-571 [doi]
• Data Annotation: A Requirements Engineering for Machine Learning Systems PerspectiveYi Peng, Hina Saeeda, Hans-Martin Heyn, Jennifer Horkoff. 572-575 [doi]
• Tool for Supporting Debugging and Understanding of Normative Requirements Using LLMsAlex Kleijwegt, Sinem Getir Yaman, Radu Calinescu. 576-579 [doi]
• Production Line Augmented Reality ApplicationShlomi Fridman, Shahar Berenson, Naomi Unkelos-Shpigel. 580-581 [doi]
• Cognitive Biases in Requirements Engineering: Towards Understanding Their Relevance from a Communication PerspectiveNayat Astaiza Soriano, Eric Knauss. 582-585 [doi]
• Explainable Augmented Reality for Assembly Tasks: A Multi-Stakeholder Requirements Engineering ApproachMohammad Jaber, Amal Kandeel, Naomi Unkelos-Shpigel. 586-589 [doi]
• Read, Extract, Classify: A Tool for Smarter Requirements EngineeringPaheli Bhattacharya, Manojit Chakraborty, Santhosh Kumar Arumugam, Rishabh Gupta. 590-593 [doi]
• Cultural Impact on Requirements Engineering Activities: Bangladeshi Practitioners' ViewChowdhury Shahriar Muzammel, Maria Spichkova, James Harland. 594-597 [doi]
• Human-Machine Collaboration and Ethical Considerations in Adaptive Cyber-Physical SystemsZoe Pfister. 598-602 [doi]
• Smells Like Trouble: Investigating the Impact of Requirements Quality on LLM-Supported Software EngineeringAlexander Korn. 603-606 [doi]
• Intelligent Traceability to Support Software Maintainability and AccountabilityKatherine R. Dearstyne. 607-611 [doi]
• Building Software Functional Requirements Lists Using RAG with Distinct LLMs in Multiple InteractionsHayala Nepomuceno Curto. 612-616 [doi]
• Model-Driven Requirements Engineering to Support IA-Enabled Digital Twins of IoT-Enhanced Business ProcessesAsmaa Bouich. 617-620 [doi]
• From Artifacts to Answers: Designing Tools to Support Information Needs in Software TeamsDelina Ly. 621-625 [doi]