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30th REFSQ 2024: Winterthur, Switzerland
- Daniel Méndez
, Ana Moreira
:
Requirements Engineering: Foundation for Software Quality - 30th International Working Conference, REFSQ 2024, Winterthur, Switzerland, April 8-11, 2024, Proceedings. Lecture Notes in Computer Science 14588, Springer 2024, ISBN 978-3-031-57326-2
Quality Models for Requirements Engineering
- Hannah Deters
, Jakob Droste
, Martin Obaidi
, Kurt Schneider
:
How Explainable Is Your System? Towards a Quality Model for Explainability. 3-19 - Julian Frattini
:
Identifying Relevant Factors of Requirements Quality: An Industrial Case Study. 20-36
Quality Requirements
- Giovanna Broccia
, Maurice H. ter Beek
, Alberto Lluch-Lafuente
, Paola Spoletini
, Alessio Ferrari
:
Assessing the Understandability and Acceptance of Attack-Defense Trees for Modelling Security Requirements. 39-56 - Guntur Budi Herwanto
, Gerald Quirchmayr
, A Min Tjoa
:
Learning to Rank Privacy Design Patterns: A Semantic Approach to Meeting Privacy Requirements. 57-73 - Anu Piirisild
, Ana Perandrés Gómez
, Kuldar Taveter
:
A New Usability Inspection Method: Experience-Based Analysis. 74-91 - Preethu Rose Anish, Aparna Verma, Sivanthy Venkatesan, Logamurugan V., Smita Ghaisas:
Governance-Focused Classification of Security and Privacy Requirements from Obligations in Software Engineering Contracts. 92-108
Explainability with and in Requirements Engineering
- Rebekka Wohlrab
, Michael Vierhauser
, Erik Nilsson:
What Impact Do My Preferences Have? - A Framework for Explanation-Based Elicitation of Quality Objectives for Robotic Mission Planning. 111-128 - Nagadivya Balasubramaniam, Marjo Kauppinen, Hong Linh Truong
, Sari Kujala:
Candidate Solutions for Defining Explainability Requirements of AI Systems. 129-146
Artificial Intelligence for Requirements Engineering
- Anne Hess
, Thomas Immich, Jill Tamanini
, Mario Biedenbach
, Matthias Koch
:
Opportunities and Limitations of AI in Human-Centered Design a Research Preview. 149-158 - Ali Mehraj
, Zheying Zhang
, Kari Systä
:
A Tertiary Study on AI for Requirements Engineering. 159-177 - Alessandro Fantechi
, Stefania Gnesi
, Laura Semini
:
Exploring LLMs' Ability to Detect Variability in Requirements. 178-188
Natural Language Processing for Requirements Engineering
- Parisa Elahidoost
, Michael Unterkalmsteiner
, Davide Fucci
, Peter Liljenberg, Jannik Fischbach
:
Designing NLP-Based Solutions for Requirements Variability Management: Experiences from a Design Science Study at Visma. 191-204 - Rim Zrelli
, Henrique Amaral Misson
, Maroua Ben Attia
, Felipe Gohring de Magalhaes
, Abdo Shabah
, Gabriela Nicolescu
:
Natural2CTL: A Dataset for Natural Language Requirements and Their CTL Formal Equivalents. 205-216
Requirements Engineering for Artificial Intelligence
- Eran Sadovski, Itzhak Aviv, Irit Hadar
:
Towards a Comprehensive Ontology for Requirements Engineering for AI-Powered Systems. 219-230 - Milos Bastajic, Jonatan Boman Karinen, Jennifer Horkoff
:
Operationalizing Machine Learning Using Requirements-Grounded MLOps. 231-248
Crowd-Based Requirements Engineering
- Quim Motger
, Xavier Franch
, Vincenzo Gervasi
, Jordi Marco
:
Unveiling Competition Dynamics in Mobile App Markets Through User Reviews. 251-266 - Michael Anders
, Barbara Paech, Lukas Bockstaller:
Exploring the Automatic Classification of Usage Information in Feedback. 267-283 - Leon Radeck, Barbara Paech:
Channeling the Voice of the Crowd: Applying Structured Queries in User Feedback Collection. 284-301
Emerging Topics and Challenges in Requirements Engineering
- Ashley T. van Can
, Fabiano Dalpiaz
:
Requirements Information in Backlog Items: Content Analysis. 305-321 - Meira Levy
, Irit Hadar
:
Requirements Engineering for No-Code Development (RE4NCD) - A Case Study of Rapid Application Development During War. 322-329 - Joël D. Allred
, Simon Fraser
, Alessandro Pezzoni
:
Behavior-Driven Specification in Practice: An Experience Report. 330-343 - Paola Spoletini
, Alessio Ferrari
:
The Return of Formal Requirements Engineering in the Era of Large Language Models. 344-353
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