This repository contains a curated list of papers, datasets and tools that are devoted to research on Requirements Engineering.
This repository is referred to saltudelft/ml4se. Next, I will keep adding papers I read, datasets and tools.
Welcome to send a pull request to add papers and relevant content.
- Papers
- Requirements Elicitation
- Requirements Mining
- Requirements Classification
- Requirements Modeling
- Requirements Completion
- Requirements Generation
- Requirements Answering
- Requirements Extraction
- Requirements Ambiguity
- Requirements Consistency
- Requirements Completeness
- Requirements Validation
- Requirements Dependency
- Requirements Traceability
- Requirements Prioritization
- Requirements Change
- Human Aspect
- Survey
- Datasets
- Tools
- Research Groups
- GPT-Powered Elicitation Interview Script Generator for Requirements Engineering Training (2024), RE'24, Binnur Görer, et al. [pdf]
- Digital Process Twins for Interleaving Requirements Elicitation and Design of Cyber-Physical Systems (2024), RE'24, Thomas Ernst Jost, et al. [pdf]
- Improving requirements elicitation in large-scale software projects with reduced customer engagement: a proposed cost-effective model (2024), REJ'24, Tauqeer ul Amin, et al. [pdf]
- Exploring the REIT architecture for requirements elicitation interview training with robotic and virtual tutors (2024), JSS'24, Binnur Görer, et al. [pdf]
- Effect of Requirements Analyst Experience on Elicitation Effectiveness: A Family of Quasi-Experiments (2023), TSE'23, Alejandrina M. Aranda, et al. [pdf]
- Towards a Formal Framework for Normative Requirements Elicitation (2023), ASE'23, Nick Feng, et al. [pdf]
- ModeLLer - A Prototype to Support Requirements Elicitation in Co-Design Environments (2023), RE'23, Chiara Mannari, et al. [pdf]
- Privacy requirements elicitation: a systematic literature review and perception analysis of IT practitioners (2023), RE'23, Edna Dias Canedo, et al. [pdf]
- To group or not to group? Group sizes for requirements elicitation (2023), IST'23, Luisa Mich, et al. [pdf]
- An empirical experiment of a usability requirements elicitation method to design GUIs based on interviews (2023), IST'23, Yeshica Isela Ormeño, et al. [pdf]
- RESAM: Requirements Elicitation and Specification for Deep-Learning Anomaly Models with Applications to UAV Flight Controllers (2022), RE'22, Md Nafee Al Islam, et al. [pdf]
- AnnoteREI! A Tool for Transcribing and Annotating Requirements Elicitation Interviews (2022), RE'22, Sourav Debnath, et al. [pdf]
- Guidelines adopted by agile teams in privacy requirements elicitation after the Brazilian general data protection law (LGPD) implementation (2022), RE'22, Edna Dias Canedo, et al. [pdf]
- Creativity Triggers: Extension and empirical evaluation of their effectiveness during requirements elicitation (2022), JSS'22, Benito Giunta, et al. [pdf]
- Holistic data-driven requirements elicitation in the big data era (2022), SoSyM'22, Aron Henriksson, et al. [pdf]
- AWARE: Aspect-Based Sentiment Analysis Dataset of Apps Reviews for Requirements Elicitation (2021), ASE'21, Nouf Alturaief, et al. [pdf]
- Agile Teams' Perception in Privacy Requirements Elicitation: LGPD's compliance in Brazil (2021), RE'21, Edna Dias Canedo, et al. [pdf]
- From Ideas to Expressed Needs: an Empirical Study on the Evolution of Requirements during Elicitation (2021), RE'21, Sourav Debnath, et al. [pdf]
- Data-Driven Agile Requirements Elicitation through the Lenses of Situational Method Engineering (2021), RE'21, Xavier Franch, et al. [pdf]
- Towards a typology of questions for requirements elicitation interviews (2021), RE'21, Olesya Zaremba, et al. [pdf]
- Crowd-based requirements elicitation via pull feedback: method and case studies (2021), REJ'21, Jelle Wouters, et al. [pdf]
- The state-of-practice in requirements elicitation: an extended interview study at 12 companies (2021), REJ'21, Cristina Palomares, et al. [pdf]
- Agile elicitation of scalability requirements for open systems: A case study (2021), JSS'21, Gunnar Brataas, et al. [pdf]
- Requirements Elicitation via Fit-Gap Analysis: A View Through the Grounded Theory Lens (2021), CAiSE'21, Tjerk Spijkman, et al. [pdf]
- Quality Requirements Elicitation by Ideation of Product Quality Risks with Design Thinking (2020), RE'20, Alexander Poth, et al. [pdf]
- SaPeer and ReverseSaPeer: teaching requirements elicitation interviews with role-playing and role reversal (2020), REJ'20, Alessio Ferrari, et al. [pdf]
- A socio-technical-based process for questionnaire development in requirements elicitation via interviews (2020), REJ'20, Abdullah Wahbeh, et al. [pdf]
- Requirements-Collector: Automating Requirements Specification from Elicitation Sessions and User Feedback (2020), RE'20, Sebastiano Panichella, et al. [pdf]
- Supporting the teaching of design thinking techniques for requirements elicitation through a recommendation tool (2020), IETS'20, Anderson Souza, et al. [pdf]
- Requirements elicitation methods based on interviews in comparison: A family of experiments (2020), IST'20, Silvia Rueda, et al. [pdf]
- Handling Socio-Technical Barriers Involved in Crowd-Based Requirements Elicitation (2019), RE'19, Talat Ambreen, et al. [pdf]
- Mitigating Challenges in the Elicitation and Analysis of Transparency Requirements (2019), RE'19, Larissa Chazette, et al. [pdf]
- Learning Requirements Elicitation Interviews with Role-Playing, Self-Assessment and Peer-Review (2019), RE'19, Alessio Ferrari, et al. [pdf]
- Requirements Elicitation with a Service Canvas for Packaged Enterprise Systems (2019), RE'19, Blagovesta Pirelli, et al. [pdf]
- Designing a Conversational Requirements Elicitation System for End-Users (2019), RE'19, Tim Rietz, et al. [pdf]
- LadderBot: A Requirements Self-Elicitation System (2019), RE'19, Tim Rietz, et al. [pdf]
- Teaching requirements elicitation interviews: an empirical study of learning from mistakes (2019), RE'19, Muneera Bano, et al. [pdf]
- A multifactor approach for elicitation of Information requirements of data warehouses (2019), RE'19, Deepika Prakash, et al. [pdf]
- Leveraging creativity in requirements elicitation within agile software development: A systematic literature review (2019), JSS'19, Ainhoa Aldave, et al. [pdf]
- Requirements elicitation for secure and interoperable cross-border health data exchange: the KONFIDO study (2019), IETS'19, Pantelis Natsiavas, et al. [pdf]
- Strategies, Benefits and Challenges of App Store-inspired Requirements Elicitation (2023), ICSE'23, Alessio Ferrari, et al. [pdf]
- Enhancing Requirements Elicitation through App Stores Mining: Health Monitoring App Case Study (2023), RE'23, Jialiang Wei, et al. [pdf]
- A Data-Driven Approach for Finding Requirements Relevant Feedback from TikTok and YouTube (2023), RE'23, Manish Sihag, et al. [pdf]
- Back to the Roots: Linking User Stories to Requirements Elicitation Conversations (2022), RE'22, Tjerk Spijkman, et al. [pdf]
- How do requirements evolve during elicitation? An empirical study combining interviews and app store analysis (2022), REJ'22, Alessio Ferrari, et al. [pdf]
- Mining Reddit as a New Source for Software Requirements (2021), RE'21, Tahira Iqbal, et al. [pdf]
- A Deep Multitask Learning Approach for Requirements Discovery and Annotation from Open Forum (2020), ASE'20, Mingyang Li, et al. [pdf]
- Mining non-functional requirements from App store reviews (2019), ESE'19, Nishant Jha, et al. [pdf]
- Multi-Label Requirements Classification with Large Taxonomies (2024), RE'24, Waleed Abdeen, et al. [pdf]
- Requirements Classification for Smart Allocation: A Case Study in the Railway Industry (2023), RE'23, Sarmad Bashir, et al. [pdf]
- RClassify: Combining NLP and ML to Classify Rules from Requirements Specifications Documents (2023), RE'23, Asha Rajbhoj, et al. [pdf]
- An empirical study of automated privacy requirements classification in issue reports (2023), ASEJ'23, Pattaraporn Sangaroonsilp, et al. [pdf]
- Zero-shot learning for requirements classification: An exploratory study, (2023), IST'23, Waad Alhoshan, et al. [pdf]
- A taxonomy for mining and classifying privacy requirements in issue reports, (2023), IST'23,Pattaraporn Sangaroonsilp, et al. [pdf]
- Towards an automatic requirements classification in a new Spanish dataset (2022), RE'22, María-Isabel Limaylla-Lunarejo, et al. [pdf]
- An end-to-end deep learning system for requirements classification using recurrent neural networks(2022), IST'22, Osamah AlDhafer, et al. [pdf]
- A comparative study on vectorization methods for non-functional requirements classification (2022), IST'22, Pattara Leelaprute, et al. [pdf]
- NFRNet: A Deep Neural Network for Automatic Classification of Non-Functional Requirements (2021), RE'21, Bing Li, et al. [pdf]
- MARE: an Active Learning Approach for Requirements Classification (2021), RE'21, Cláudia Magalhães, et al. [pdf]
- Classifying User Requirements from Online Feedback in Small Dataset Environments using Deep Learning (2021), RE'21, Rohan Reddy Mekala, et al. [pdf]
- NoRBERT: Transfer Learning for Requirements Classification (2020), RE'20, Tobias Hey, et al. [pdf]
- Extracting and Classifying Requirements from Software Engineering Contracts (2020), RE'20, Abhishek Sainani, et al. [pdf]
- An ontology-based learning approach for automatically classifying security requirements (2020), JSS'20, Tong Li, et al. [pdf]
- Classifying design-level requirements using machine learning for a recommender of interaction design patterns (2020), IETS'20, Viridiana Silva-Rodríguez, et al. [pdf]
- Supporting analysts by dynamic extraction and classification of requirements-related knowledge (2019), ICSE'19, Zahra Shakeri Hossein Abad, et al. [pdf]
- Requirements Classification with Interpretable Machine Learning and Dependency Parsing (2019), RE'19, Fabiano Dalpiaz, et al. [pdf]
- Optimizing for Recall in Automatic Requirements Classification: An Empirical Study (2019), RE'19, Jonas Paul Winkler, et al. [pdf]
- Utilizing Process Models in the Requirements Engineering Process Through Model2Text Transformation (2024), RE'24, Nataliia Klievtsova, et al. [pdf]
- RM2DM: A Tool for Automatic Generation of OO Design Models from requirements model (2023), ICSE'23, Zhen Tian, et al. [pdf]
- NL2PD: A Tool for Problem Diagram Generation from Requirements in Natural Language (2023), RE'23, Xuan Chen, et al. [pdf]
- A Requirements-Driven Conceptual Modeling Framework for Responsible AI (2023), RE'23, Rohith Sothilingam, et al. [pdf]
- Aspects of modelling requirements in very-large agile systems engineering (2023), JSS'23, Grischa Liebel, et al. [pdf]
- An approach for modeling the operational requirements of FaaS applications for optimal deployment (2023), IST'23, Benedikt Sigurleifsson, et al. [pdf]
- Model Transformation Development Using Automated Requirements Analysis, Metamodel Matching, and Transformation by Example (2022), TOSEM'22, K. Lano, et al. [pdf]
- Adapting requirements models to varying environments (2020), ICSE'20, Dalal Alrajeh, et al. [pdf]
- A security requirements modelling language for cloud computing environments (2020), SoSyM'20, Haralambos Mouratidis, et al. [pdf]
- Automated Reuse of Model Transformations through Typing Requirements Models (2019), TOSEM'19, Juan De Lara, et al. [pdf]
- A Metamodeling Approach to Support the Engineering of Modeling Method Requirements (2019), RE'19, Dimitris Karagiannis, et al. [pdf]
- Using Metamodeling for Requirements Engineering: A Best-Practice with ADOxx (2019), RE'19, Dimitris Karagiannis, et al. [pdf]
- ReqCompletion: Domain-Enhanced Automatic Completion for Software Requirements (2024), RE'24, Xiaoli Lian, et al. [pdf]
- Using LLMs in Software Requirements Specifications: An Empirical Evaluation (2024), RE'24, Madhava Krishna, et al. [pdf]
- On-Demand Security Requirements Synthesis with Relational Generative Adversarial Networks (2023), ICSE'23, Viktoria Koscinski, et al. [pdf]
- InputGen: A Tool for Automatic Generation of Prototype Inputs to Support Rapid Requirements Validation (2023), ICSE'23, Shuanglong Chang, et al. [pdf]
- RM2Doc: A Tool for Automatic Generation of Requirements Documents from Requirements Model (2023), ICSE'23, Tianshu Bao, et al. [pdf]
- DBRG: Description-Based Non-Quality Requirements Generator, RE'21, Mohamed Osama, et al. [pdf]
- Crowdsourced requirements generation for automatic testing via knowledge graph (2020), ISSTA'20, Chao Guo, et al. [pdf]
- RM2PT: a tool for automated prototype generation from requirements model, ICSE Companion (2019), ICSE'19, Yilong Yang, et al. [pdf]
- Automatic Generation of Graphical User Interface Prototypes from Unrestricted Natural Language Requirements (2019), ASE'19, Kristian Kolthoff, et al. [pdf]
- Generating contextual help for user interfaces from software requirements (2019), IETS'19, Pierre A. Akiki, et al. [pdf]
- AI-based Question Answering Assistance for Analyzing Natural-language Requirements (2023), ICSE'23, Saad Ezzini, et al. [pdf]
- QUARE: towards a question-answering model for requirements elicitation (2023), ASEJ'23, Pierre A. Akiki, et al. [pdf]
- Automated Question Answering for Improved Understanding of Compliance Requirements: A Multi-Document Study (2022), RE'22, Sallam Abualhaija, et al. [pdf]
- Test case information extraction from requirements specifications using NLP-based unified boilerplate approach (2024), JSS'24, Jin Wei Lim, et al. [pdf]
- NFRNet-LT: Improving Accuracy in Extracting Long-tailed Non-functional Requirements (2023), RE'23, Jiaqing Deng, et al. [pdf]
- Automatic creation of acceptance tests by extracting conditionals from requirements: NLP approach and case study (2023), JSS'23, Jannik Fischbach, et al. [pdf]
- User story extraction from natural language for requirements elicitation: Identify software-related information from online news (2023), IST'23, Daniel Siahaan, et al. [pdf]
- Automated data function extraction from textual requirements by leveraging semi-supervised CRF and language model (2022), IST'22, Mingyang Li, et al. [pdf]
- PrivacyStory: Tool Support for Extracting Privacy Requirements from User Stories (2022), RE'22, Guntur Budi Herwanto, et al. [pdf]
- RCM-extractor: an automated NLP-based approach for extracting a semi formal representation model from natural language requirements (2022), ASEJ'22, Aya Zaki-Ismail, et al. [pdf]
- Putting software requirements under the microscope: automated extraction of their semantic elements (2021), RE'21, Weize Guo, et al. [pdf]
- iMER: Iterative process of entity relationship and business process model extraction from the requirements (2021), IST'21, Muhammad Javed, et al. [pdf]
- Automatic Extraction of Cause-Effect-Relations from Requirements Artifacts (2020), ASE'20, Julian Frattini, et al. [pdf]
- Requirements Dependency Extraction by Integrating Active Learning with Ontology-Based Retrieval (2020), RE'20, Gouri Deshpande, et al. [pdf]
- Towards Causality Extraction from Requirements (2020), RE'20, Jannik Fischbach, et al. [pdf]
- Extraction of System States from Natural Language Requirements (2019), RE'19, Florian Pudlitz, et al. [pdf]
- A Query System for Extracting Requirements-Related Information from Legal Texts (2019), RE'19, Amin Sleimi, et al. [pdf]
- Automated Smell Detection and Recommendation in Natural Language Requirements (2024), TSE'24, Alvaro Veizaga, et al. [pdf]
- Requirements Copilot: Ambiguity Management in Feature Requests (2024), RE'24, Pragyan K C, et al. [pdf]
- Automated Handling of Anaphoric Ambiguity in Requirements: A Multi-solution Study (2022), ICSE'22, Saad Ezzini, et al. [pdf]
- Using Domain-specific Corpora for Improved Handling of Ambiguity in Requirements (2021), ICSE'21, Saad Ezzini, et al. [pdf]
- Natural language ambiguity resolution by intelligent semantic annotation of software requirements (2021), ASEJ'21, Fariha Ashfaq, et al. [pdf]
- Reducing Ambiguity in Requirements Elicitation via Gamification (2020), RE'20, Hafsa Shareef Dar, et al. [pdf]
- A Deep Context-wise Method for Coreference Detection in Natural Language Requirements (2020), RE'20, Yawen Wang, et al. [pdf]
- Score-Based Automatic Detection and Resolution of Syntactic Ambiguity in Natural Language Requirements (2020), ICSEM'20, Mohamed Osama, et al. [pdf]
- An NLP approach for cross-domain ambiguity detection in requirements engineering (2019), ASE'19, Alessio Ferrari, et al. [pdf]
- Leveraging Natural Language Processing for a Consistency Checking Toolchain of Automotive Requirements (2023), RE'23, Vincent Bertram, et al. [pdf]
- Inconsistency Detection in Natural Language Requirements using ChatGPT: a Preliminary Evaluation (2023), RE'23, Vincent Bertram, et al. [pdf]
- CARO: A Conflict-Aware Requirement Ordering Tool for DevOps (2021), RE'21, Mandira Roy, et al. [pdf]
- Requirements in the loop : A computer-aided analysis of consistency, completeness, and correctness of requirements (2020), RE'20, Wolfgang Meincke, et al. [pdf]
- Automating Consistency Verification of Safety Requirements for Railway Interlocking Systems (2019), RE'19, Xiaohong Chen, et al. [pdf]
- The inconsistency between theory and practice in managing inconsistency in requirements engineering (2019), ESE'19, Irit Hadar, et al. [pdf]
- Consistency requirements in business process modeling: a thorough overview (2019), SoSyM'19, Afef Awadid, et al. [pdf]
- Improving requirements completeness: automated assistance through large language models (2024), REJ'24, Dipeeka Luitel, et al. [pdf]
- Scalable Redundancy Detection for Real-Time Requirements (2024), RE'24, Elisabeth Henkel, et al. [pdf]
- Learning-based Relaxation of Completeness Requirements for Data Entry Forms (2024), TOSEM'24, Hichem Belgacem, et al. [pdf]
- Usefulness of open domain model for identifying missing software requirements concepts, SPE'24, Ziyan Zhao, et al. [pdf]
- What can Open Domain Model Tell Us about the Missing Software Requirements: A Preliminary Study (2021), RE'21, Ziyan Zhao, et al. [pdf]
- Utilising Perspectives to Improve Completeness in Industrial Requirements Specifications (2020), RE'20, Reinhard Stoiber, et al. [pdf]
- An empirical study on the potential usefulness of domain models for completeness checking of requirements (2019), ESE'19, Chetan Arora, et al. [pdf]
- ValidGen: A Tool for Automatic Generation of Validation Scripts to Support Rapid Requirements Validation (2024), ICSE'24, Hongyue Pan, et al. [pdf]
- Generating Test Scenarios from NL Requirements Using Retrieval-Augmented LLMs: An Industrial Study (2024), RE'24, Chetan Arora, et al. [pdf]
- Leveraging LLMs for the Quality Assurance of Software Requirements (2024), RE'24, Sebastian Lubos, et al. [pdf]
- Requirements Satisfiability with In-Context Learning (2024), RE'24, Sarah Santos, et al. [pdf]
- An approach for performance requirements verification and test environments generation (2023), REJ'23, Waleed Abdeen, et al. [pdf]
- Detecting Deviations Between External and Internal Regulatory Requirements for Improved Process Compliance Assessment (2023), CAiSE'23, Catherine Sai, et al. [pdf]
- Detecting privacy requirements from User Stories with NLP transfer learning models (2022), IST'22, Francesco Casillo, et al. [pdf]
- Automatic support for the identification of infeasible testing requirements (2020), ISSTA'20,
- Automating requirements analysis and test case generation (2019), RE'19, João Choma Neto, et al. [pdf]
- RM2PT: Requirements Validation through Automatic Prototyping (2019), RE'19, Yilong Yang, et al. [pdf]
- Predicting How to Test Requirements: An Automated Approach (2019), RE'19, Jonas Paul Winkler, et al. [pdf]
- A Zone-Based Model for Analysis of Dependent Failures in Requirements Inspection (2023), TSE'23, Boyuan Li, et al. [pdf]
- Detecting Software Security Vulnerabilities Via Requirements Dependency Analysis (2022), TSE'22, Wentao Wang, et al. [pdf]
- Safety requirements for symbiotic human-robot collaboration systems in smart factories: a pairwise comparison approach to explore requirements dependencies (2021), REJ'21, Georgia Dede, et al. [pdf]
- Views on quality requirements in academia and practice: commonalities, differences, and context-dependent grey areas (2020), IST'20, Andreas Vogelsang, et al. [pdf]
- Data-Driven Elicitation and Optimization of Dependencies between Requirements (2019), RE'19, Gouri Deshpande, et al. [pdf]
- Towards Leveraging Fine-Grained Dependencies to Check Requirements Traceability Correctness (2024), ICSE'24, Anamaria-Roberta Preda, et al. [pdf]
- Requirements Classification for Traceability Link Recovery (2024), RE'24, Tobias Hey, et al. [pdf]
- Requirements are All You Need: From Requirements to Code with LLMs (2024), RE'24,
- Cross-Domain Requirements Linking via Adversarial-based Domain Adaptation (2023), ICSE'23, Zhiyuan Chang, et al. [pdf]
- Towards Locating Requirements within Agile Development Artifacts (2023), RE'23,
- On the influence of architectural languages on requirements traceability (2023), SPE'23, Manuel Ballarín, et al. [pdf]
- Using Consensual Biterms from Text Structures of Requirements and Code to Improve IR-Based Traceability Recovery (2022), ASE'22, Hui Gao, el al. [pdf]
- Leveraging BPMN particularities to improve traceability links recovery among requirements and BPMN models (2022), RE'22, Raúl Lapeña, el al. [pdf]
- The Benefits of Pre-Requirements Specification Traceability (2022), RE'22, Julia Krause, et al. [pdf]
- Improving Traceability Link Recovery Using Fine-grained Requirements-to-Code Relations (2021), ICSME'21, Tobias Hey, et al. [pdf]
- What have we learnt from the challenges of (semi-) automated requirements traceability? A discussion on blockchain applicability (2021), IETS'21, Selina Demi, et al. [pdf]
- Leveraging Historical Associations between Requirements and Source Code to Identify Impacted Classes (2020), TSE'20, Davide Falessi, et al. [pdf]
- A novel approach to tracing safety requirements and state-based design models (2020), ICSE'20,
- Early Requirements Traceability with Domain-Specific Taxonomies - A Pilot Experiment (2020), RE'20, Michael Unterkalmsteiner, et al. [pdf]
- Interaction-based creation and maintenance of continuously usable trace links between requirements and source code (2020), ESE'20, Paul Hübner, et al. [pdf]
- Traceability Link Recovery between Requirements and Models using an Evolutionary Algorithm Guided by a Learning to Rank Algorithm: Train control and management case (2020), JSS'20, Ana C. Marcén, et al. [pdf]
- Automated fine-grained requirements-to-code traceability link recovery (2019), ICSE'19, Juan Manuel Florez, et al. [pdf]
- Exploiting Parts-of-Speech for effective automated requirements traceability (2019), IST'19, Nasir Ali, et al. [pdf]
- Improving Traceability Links Recovery in Process Models Through an Ontological Expansion of Requirements (2019), CAiSE'19, Raúl Lapeña, et al. [pdf]
- Not all requirements prioritization criteria are equal at all times: A quantitative analysis (2024), JSS'24, Richard Berntsson Svensson, et al. [pdf]
- A hybrid technique using minimal spanning tree and analytic hierarchical process to prioritize functional requirements for parallel software development (2023), REJ'23, Muhammad Yaseen, et al. [pdf]
- Uncertainty-wise Requirements Prioritization with Search (2021), TOSEM'21, Huihui Zhang, et al. [pdf]
- Requirements prioritization based on multiple criteria using Artificial Intelligence techniques (2021), RE'21, María Isabel Limaylla Lunarejo, et al. [pdf]
- Prioritization of global software requirements' engineering barriers: An analytical hierarchy process (2021), IETS'21, Muhammad Azeem Akbar, et al. [pdf]
- SRPTackle: A semi-automated requirements prioritisation technique for scalable requirements of software system projects (2021), IST'21, Fadhl Hujainah, et al. [pdf]
- Automating user-feedback driven requirements prioritization (2021), IST'21, Fitsum Meshesha Kifetew, et al. [pdf]
- Cyber Digital Twin Simulator for Automatic Gathering and Prioritization of Security Controls' Requirements (2020), RE'20, Ethan Hadar, et al. [pdf]
- Priority-Awareness of Non-Functional Requirements under Uncertainty (2020), RE'20, Huma Samin, et al. [pdf]
- Aspect-based requirements mining technique to improve prioritisation process: multi-stakeholder perspective (2020), IETS'20, Sadia Ali, et al. [pdf]
- Understanding requirements prioritisation: literature survey and critical evaluation (2020), IETS'20, Saurabh Malgaonkar, et al. [pdf]
- Big Data Analytics on Cyber Attack Graphs for Prioritizing Agile Security Requirements (2019), RE'19, Ethan Hadar, et al. [pdf]
- Identification and prioritization of SLR search tool requirements: an SLR and a survey (2019), ESE'19, Ahmed Al-Zubidy, et al. [pdf]
- Supporting Emotional Intelligence, Productivity and Team Goals while Handling Software Requirements Changes (2024), TOSEM'24, Kashumi Madampe, et al. [pdf]
- AI-Enabled Regulatory Change Analysis of Legal Requirements (2024), RE'24, Sallam Abualhaija, et al. [pdf]
- A Framework for Emotion-Oriented Requirements Change Handling in Agile Software Engineering (2023), TSE'23, Kashumi Madampe, et al. [pdf]
- The Emotional Roller Coaster of Responding to Requirements Changes in Software Engineering (2023), TSE'23, Kashumi Madampe, et al. [pdf]
- A Faceted Taxonomy of Requirements Changes in Agile Contexts (2022), TSE'22, Kashumi Madampe, et al. [pdf]
- A Prediction Model for Software Requirements Change Impact (2021), ASE'21, Kareshna Zamani, et al. [pdf]
- Toward successful agile requirements change management process in global software development: a client-vendor analysis (2020), IETS'20, Tahir Kamal, et al. [pdf]
- High-level software requirements and iteration changes: a predictive model (2019), ESE'19, Kelly Blincoe, et al. [pdf]
- An automated change impact analysis approach for User Requirements Notation models (2019), JSS'19, Hasan Alkaf, et al. [pdf]
- Achieving change requirements of feature models by an evolutionary approach (2019), JSS'19, Paolo Arcaini, et al. [pdf]
- Requirements Strategy for Managing Human Factors in Automated Vehicle Development (2024), RE'24, Amna Pir Muhammad, et al. [pdf]
- Lessons Learned from Persona Usage in Requirements Engineering Practice (2024), RE'24, Devi Karolita, et al. [pdf]
- "Do you have Time for a Quick Call?": Exploring Remote and Hybrid Requirements Engineering Practices and Challenges in Industry (2024), RE'24, Ze Shi Li, et al. [pdf]
- The Impact of Personality on Requirements Engineering Activities: A Mixed-Methods Study (2024), ESE'24, Dulaji Hidellaarachchi, et al. [pdf]
- The Influence of Human Aspects on Requirements Engineering-related Activities: Software Practitioners' Perspective (2023), TOSEM'23, Dulaji Hidellaarachchi, et al. [pdf]
- Human factors in developing automated vehicles: A requirements engineering perspective (2023), JSS'23, Amna Pir Muhammad, et al. [pdf]
- Human error management in requirements engineering: Should we fix the people, the processes, or the environment (2023), IST'23, Sweta Mahaju, et al. [pdf]
- The Effects of Human Aspects on the Requirements Engineering Process: A Systematic Literature Review (2022), TSE'22, Dulaji Hidellaarachchi, et al. [pdf]
- Human-centric Requirements Engineering for Artificial Intelligence Software Systems (2021), RE'21, Khlood Ahmad, et al. [pdf]
- Representing Human Barriers in Requirements Engineering: The Case of Electronic Health Records (2021), RE'21, Meira Levy, et al. [pdf]
- Identification of cultural influences on requirements engineering activities (2020), ICSE'20, Tawfeeq Alsanoosy, et al. [pdf]
- Does our culture influence requirements engineering activities? Vietnamese practitioners' view (2020), RE'20, Tawfeeq Alsanoosy, et al. [pdf]
- Human Values in Software: A New Paradigm for Requirements Engineering (2019), RE'19, Jon Whittle, et al. [pdf]
- Dealing with Non-Functional Requirements in Model-Driven Development: A Survey (2021), TSE'21, David Ameller, et al. [pdf]
- A Survey of Instructional Approaches in the Requirements Engineering Education Literature (2021), RE'21, Marian Daun, et al. [pdf]
- Legal Requirements Change: is a dataset of regulatory changes covering four widely used regulations from the finance domain.
- Zhi Jin: Peking University
- Natalia Juristo: Universidad Politécnica de Madrid
- Jane Cleland-Huang: University of Notre Dame
- John Grundy: Monash University
- Lionel Briand: University of Ottawa
- Nan Niu: University of Cincinnati
- Guenther Ruhe: University of Calgary
- Annie I. Antón: Georgia Institute of Technology
- Tony Gorschek: Blekinge Institute of Technology
- TSE
- TOSEM
- ICSE
- ASE
- ISSTA
- CHI
- RE
- ASEJ
- REJ
- ESE
- IST
- JSS
- IETS