Andreas Vogelsang

Publications

• On the forces of driver distraction: Explainable predictions for the visual demand of in-vehicle touchscreen interactions
• Vorwort
• Topic Modeling on User Stories using Word Mover’s Distance
• 17th Workshop on Automotive Software Engineering
• REFSQ 2020: Joint proceedings of workshops, doctoral symposium, live studies, and posters and tools track
• Preface
• Message from the Artifact Evaluation Chairs of ICSE 2022
• 18th Workshop on Automotive Software Engineering (ASE'21)
• Automatically Classifying Kano Model Factors in App Reviews
• Feature-Interaction Sampling for Scenario-based Testing of Advanced Driver Assistance Systems✱
• Interoperability of Heterogeneous Systems of Systems: Review of Challenges, Emerging Requirements and Options
• A Conceptual Model for the Selection of Methods for Software Engineering Process Improvement
• Exploring Millions of User Interactions with ICEBOAT: Big Data Analytics for Automotive User Interfaces
• Joint Proceedings of REFSQ-2020 Workshops, Doctoral Symposium, Live Studies Track, and Poster Track
• How Do Drivers Self-Regulate their Secondary Task Engagements? The Effect of Driving Automation on Touchscreen Interactions and Glance Behavior
• On the Forces of Driver Distraction: Explainable Predictions for the Visual Demand of In-Vehicle Touchscreen Interactions
• Data-driven risk management for requirements engineering: An automated approach based on Bayesian networks
• 18th Workshop on Automotive Software Engineering (ASE’21)
• Software Engineering 2022-Komplettband
• The role and potentials of field user interaction data in the automotive UX development lifecycle: An industry perspective
• Can RE Help Better Prepare Industrial AI for Commercial Scale?
• ICEBOAT: An Interactive User Behavior Analysis Tool for Automotive User Interfaces
• Measuring Interaction-based Secondary Task Load: A Large-Scale Approach using Real-World Driving Data
• 17. Workshop Automotive Software Engineering.
• How Do Quantifiers Affect the Quality of Requirements?
• Engineering of Collaborative Embedded Systems
• Specmate: Automated creation of test cases from acceptance criteria
• Automatic creation of acceptance tests by extracting conditionals from requirements: Nlp approach and case study
• Integrated and Iterative Requirements Analysis and Test Specification: A Case Study at Kostal
• Decision Support for Process Maturity Improvement in Model-based Systems Engineering
• Automatic detection of causality in requirement artifacts: the cira approach
• On the visualization of semantic-based mappings
• Cases for explainable software systems: characteristics and examples
• Welcome to the first international workshop on requirements engineering for explainable systems (RE4ES)
• Knowledge Extraction from Natural Language Requirements into a Semantic Relation Graph
• Fine-grained causality extraction from natural language requirements using recursive neural tensor networks
• Improving Trace Link Recovery using Semantic Relation Graphs and Spreading Activation
• Feature dependencies in automotive software systems: Extent, awareness, and refactoring
• Topic Modeling on User Stories using Word Mover's Distance
• Semi-Automated Labeling of Requirement Datasets for Relation Extraction
• Cira: A tool for the automatic detection of causal relationships in requirements artifacts
• Characteristics, potentials, and limitations of open-source Simulink projects for empirical research
• Destination prediction based on partial trajectory data
• Visualizing event sequence data for user behavior evaluation of in-vehicle information systems
• How do practitioners interpret conditionals in requirements?
• Causality in requirements artifacts: prevalence, detection, and impact
• CATE: CAusality Tree Extractor from Natural Language Requirements
• How do practitioners perceive the relevance of requirements engineering research?
• Transfer learning for mining feature requests and bug reports from tweets and app store reviews
• Automotive UX design and data-driven development: Narrowing the gap to support practitioners
• A Case Study on a Specification Approach using Activity Diagrams in Requirements Documents
• What makes agile test artifacts useful? An activity-based quality model from a practitioners’ perspective
• On the lack of architectural understanding about implementation models of multifunctional embedded systems in industrial practice,Zum fehlenden Architekturverstandnis uber Implementierungsmodelle multifunktionaler eingebetteter Systeme in der industriellen Praxis
• Practice forum,Praxisforum
• Do we preach what we practice? Investigating the practical relevance of requirements engineering syllabi – the IREB case
• Preface to the posters and tools track
• 16th workshop on automotive software engineering
• Workshop zur modellierung in der entwicklung von kollaborativen eingebetteten systemen (MEKES)
• Using tools to assist identification of non-requirements in requirements specifications – A controlled experiment
• 16th Workshop on Automotive Software Engineering,16. Workshop automotive software engineering
• 4th international workshop on emerging ideas and trends in engineering of cyber-physical systems (EITEC'18)
• Self-Explainable Cyber-Physical Systems
• Explainable software systems
• Preface to the Posters and Tools Track.
• Joint Proceedings of the Workshops at Modellierung 2018 co-located with Modellierung 2018, Braunschweig, Germany, February 21, 2018.
• Strategies and best practices for model-based systems engineering adoption in embedded systems industry
• AIRE 2018
• Towards Explainable RE Tools.
• Joint Proceedings of the Workshops at Modellierung 2018 co-located with Modellierung 2018
• Is RE Research Relevant for Practitioners? First Results from the RE-pract Study.
• Modellierung 2018
• 16. Workshop Automotive Software Engineering
• Knowledge Representation of Requirements Documents Using Natural Language Processing
• Using tools to assist identification of non-requirements in requirements specifications--a controlled experiment
• Selbstverwaltete digitale Identitäten für Fahrzeuge im IoT
• Welcome from the Organizers
• Predicting How to Test Requirements: An Automated Approach
• Views on quality requirements in academia and practice: commonalities, differences, and context-dependent grey areas
• 4th International Workshop on Emerging Ideas and Trends in Engineering of Cyber-Physical Systems (EITEC’18)
• Automatic glossary term extraction from large-scale requirements specifications
• Optimizing for recall in automatic requirements classification: An empirical study
• Coexisting Graphical and Structured Textual Representations of Requirements: Insights and Suggestions
• Guest editorial: special section on artificial intelligence for requirements engineering
• Extraction of system states from natural language requirements
• Information extraction from high-level activity diagrams to support development tasks
• Towards self-explainable cyber-physical systems
• Microservice architectures for advanced driver assistance systems: A case-study
• Automated generation of test models from semi-structured requirements
• Trace link recovery using semantic relation graphs and spreading activation
• Artefacts in software engineering: a fundamental positioning
• Special issue on engineering collaborative embedded systems
• Requirements quality is quality in use
• Towards causality extraction from requirements
• A lightweight multilevel markup language for connecting software requirements and simulations
• Supporting the development of cyber-physical systems with natural language processing: A report
• Do We Preach What We Practice? Investigating the Practical Relevance of Requirements Engineering Syllabi-The IREB Case
• What Makes Agile Test Artifacts Useful? An Activity-Based Quality Model from a Practitioners' Perspective
• Traceability Analysis of a High-Level Automotive System Architecture Document
• What am I testing and where? Comparing testing procedures based on lightweight requirements annotations
• Requirements engineering for machine learning: Perspectives from data scientists
• Early Validation of Automation Plant Control Software using Simulation Based on Assumption Modeling and Validation Use Cases
• Early Validation of Engineering Artifacts
• What is a Good Textual Representation of Activity Diagrams?
• Are "non-functional" requirements really non-functional? An investigation of non-functional requirements in practice
• Model-based Requirements Engineering for Multifunctional Systems
• Are “Non-functional” Requirements really Non-functional? An Investigation of Non-functional Requirements in Practice
• Early validation of engineering artifacts
• SPES XT modeling framework
• SPES XT systems engineering extensions
• 3rd Workshop on “Future of the Development of Software-Intensive Embedded Systems (ENVISON2020),3. Workshop zur Zukunft der Entwicklung softwareintensiver eingebetteter Systeme (ENVISON2020)
• 4th Workshop on the future of the development of software-intensive embedded systems (ENVISON2020),4. Workshop zur Zukunft der Entwicklung softwareintensiver eingebetteter Systeme (ENVISON2020)
• A framework for recording transactions in distributed ledgers,Ein Rahmenwerk zur Protokollierung von Transaktionen in Distributed Ledgers
• Preface: 3rd International Workshop on Emerging Ideas and Trends in Engineering of Cyber-Physical Systems (EITEC)
• Welcome to the fourth international workshop on artificial intelligence for requirements engineering (AIRE'17)
• Model-based requirements engineering for multifunctional systems
• “What Does My Classifier Learn?” A Visual Approach to Understanding Natural Language Text Classifiers
• Characterizing Implicit Communal Components as Technical Debt in Automotive Software Systems
• Erratum to: Should I Stay or Should I Go? On Forces that Drive and Prevent MBSE Adoption in the Embedded Systems Industry
• An Approach for Creating Sentence Patterns for Quality Requirements
• An Artifact-Oriented Framework for the Seamless Development of Embedded Systems
• Ein Rahmenwerk zur Protokollierung von Transaktionen in Distributed Ledgers
• Fünfter workshop zur zukunft der entwicklung softwareintensiver eingebetteter systeme (ENVISION2020)
• Good RE artifacts? I know it when I use it!
• 3. Workshop zur Zukunft der Entwicklung softwareintensiver eingebetteter Systeme (ENVISON2020)
• Are Non-functional Requirements Really Non-functional?: An Investigation of Non-functional Requirements in Practice
• Early Validation of Engineering Artifacts
• SPES XT Systems Engineering Extensions
• Towards Applicable Artificial Intelligence Tools in Requirements Engineering Using Visual Feedback
• SPES XT modeling framework
• Message from the WASA 2017 Organizing Committee
• Bridging the Gap between Systems and Software Engineering by Using the SPES Modeling Framework as a General Systems Engineering Philosophy
• An Exploratory Study on Improving Automotive Function Specifications
• Take Care of Your Modes! An Investigation of Defects in Automotive Requirements
• Removal of Redundant Elements within UML Activity Diagrams
• Should I Stay or Should I Go? On Forces that Drive and Prevent MBSE Adoption in the Embedded Systems Industry
• What Does My Classifier Learn? A Visual Approach to Understanding Natural Language Text Classifiers
• Early Validation of Control Software for Automation Plants on the Example of a Seawater Desalination Plant
• Extent and characteristics of dependencies between vehicle functions in automotive software systems
• Supporting Concurrent Development of Requirements and Architecture: A Model-based Approach
• Evaluation of a Specification Approach for Vehicle Functions using Activity Diagrams in Requirements Documents
• On the Distinction of Functional and Quality Requirements in Practice
• Systematic Elicitation of Mode Models for Multifunctional Systems
• What is a good textual representation of activity diagrams in requirements documents?
• How to Specify Non-Functional Requirements to Support Seamless Modeling? A Study Design and Preliminary Results
• A Model-based Approach to Innovation Management of Automotive Control Systems
• A Formal Systems Engineering Approach in Practice: An Experience Report
• Automatic Classification of Requirements Based on Convolutional Neural Networks
• Why Feature Dependencies Challenge the Requirements Engineering of Automotive Systems: An Empirical Study
• How do practitioners perceive the relevance of requirements engineering research? an ongoing study
• Challenging Incompleteness of Performance Requirements by Sentence Patterns
• Introduction to the SPES Modeling Framework
• Software Metrics in Static Program Analysis--A Formal Approach and its Application
• Logical Viewpoint
• A hierarchical model for structuring functional requirements and their dependencies
• Modeling Requirements and Context as a means for Automated Requirements Validation
• Ubungsblatt 6: Dokumentation und Spezifikation
• Seminar „Modellierung im Software-und System-Engineering “
• Functional viewpoint
• Doctoral Symposium at MoDELS 2011
• AIRE’17 Organization
• Welcome to the Fourth International Workshop on Artificial Intelligence for Requirements Engineering (AIRE’17)
• Seamless Modeling of an Automation Example Using the SPES Methodology
• RCoSE-DDrEE 2019 Committees
• Ubungsblatt 3: Prozesse und Rahmenwerke
• Zum fehlenden Architekturverständnis über Implementierungsmodelle multifunktionaler eingebetteter Systeme in der industriellen Praxis
• RePa’17 Organization
• III. AIRE’20 ORGANIZATION
• 2020 IEEE 28th International Requirements Engineering Conference (RE)
• Lin, Jinfeng 23 Liu, Yalin 23 Lohar, Sugandha 23 Lutz, Robyn 87 Mukherjee, Debjyoti 70
• Artifact Evaluation-Program Committee
• RESEARCH PROGRAM AND REVIEW* COMMITTEE
• Software Metrics in Static Program Analysis
• Explaining the Unexplainable: The Impact of Misleading Explanations on Trust in Unreliable Predictions for Hardly Assessable Tasks
• Generating Context-Aware Contrastive Explanations in Rule-based Systems
• From Specifications to Prompts: On the Future of Generative Large Language Models in Requirements Engineering
• The X Factor: On the Relationship between User eXperience and eXplainability
• Natural Language Processing for Requirements Traceability
• Using Large Language Models for Natural Language Processing Tasks in Requirements Engineering: A Systematic Guideline