Table of Contents
.- Responsible RE.
.- Towards a Value-Complemented Monitoring Framework for Humans in Cyber-Physical Systems.
.- Veracity Debt: Practitioners Voices on Managing Software Requirements concerning Veracity.
.- Towards Ethic-Focused Requirements Engineering based on Guidelines and Critical Systems Heuristics: A Roadmap based on the Case of Automated Vehicles.
.- Crowd and Large-Scale RE.
.- Refining and validating change requests from a crowd to derive requirements.
.- Do Users’ Explainability Needs in Software Change with Mood?.
.- Exploring and characterizing Ad-hoc Requirements - A case study at a large-scale systems provider.
.- FeReRe: Feedback Requirements Relation using Large Language Models.
.- How Does Users’ App Knowledge Influence the Preferred Level of Detail and Format of Software Explanations?.
.- How Effectively Do LLMs Extract Feature-Sentiment Pairs from App Reviews?.
.- Requirements Modeling.
.- An Interactive Tool for Goal Model Construction using a Knowledge Graph.
.- Generating Domain Models with LLMs using Instruction Tuning.
.- A systematic literature review of KAOS extensions.
.- LACE-HC: A Lightweight Attention-Based Classifier for Efficient Hierarchical Classification of Software Requirements.
.- Requirements Representations in Machine Learning-based Automotive Perception Systems Development for Multi-Party Collaboration.
.- Requirements Elicitation and Analysis.
.- Automatic Prompt Engineering: the Case of Requirements Classification.
.- Exploring Generative Pretrained Transformers to support Sustainability Effect Identification.
.- Prompt Me: Intelligent Software Agent for Requirements Engineering - A Vision Paper.
.- Detecting Redundancies between User Stories with Graphs and Large Language Models.
.- Leveraging Requirements Elicitation through Software Requirement Patterns and LLMs.
.- ReqRAG: Enhancing Software Release Management through Retrieval-Augmented LLMs: An Industrial Study.
.- Participatory RE.
.- The Potential of Citizen Platforms for Requirements Engineering of Large Socio-Technical Software Systems.
.- End-user Requirements Modelling: an Experience Report from Digital Agriculture.
.- Requirements Elicitation Workshops Using the Six Thinking Hats Creativity Technique.
.- RE for Safety-critical and Autonomous Systems.
.- Extending Behavior Trees for Robotic Missions with Quality Requirements.
.- Sharper Specs for Smarter Drones: Formalising Requirements with FRET.
.- Eliciting Explainability Requirements for Safety-Critical Systems: A Nuclear Case Study.
.- Requirements Quality Assurance.
.- Requirements Traceability Link Recovery via Retrieval-Augmented Generation.
.- Towards Connecting Requirements with Developer Artifacts in a Local Context.
.- Adaptive Resolution of Requirements Conflicts in Robot Mission Planning.
