Requirements Engineering: Foundation for Software Quality

Decision Making in Requirements Engineering.- Risk-AwareMulti-Stakeholder Next Release Planning using Multi-Objective Optimization.- Goal-based Decision Making - UsingGoal-oriented Problem Structuring and Evaluation Visualization for MultiCriteria Decision Analysis.- Optimizing the Incremental Delivery of SoftwareFeatures under Uncertainty.- Open Source in Requirements Engineering.- DoInformation Retrieval Algorithms for Automated Traceability Perform Effectivelyon Issue Tracking System Data.- How Firms Adapt and Interact in Open SourceEcosystems: Analyzing Stakeholder Influence and Collaboration Patterns.- NaturalLanguage.- Evaluating the Interpretation of Natural Language Trace Queries.- Indicatorsfor Open Issues in Business Process Models.- Compliance in RequirementsEngineering.- Automated Classification of Legal Cross References Based onSemantic Intent.- Deriving Metrics for Estimating the Effort Needed inRequirements Compliance Work.- Requirements Engineering in theAutomotiveDomain.- Detecting Requirements Defects during a Project Lifetime: an Analysisof a 5-year Automotive Project at Bosch.- Take Care of Your Modes! AnInvestigation of Defects in Automotive Requirements.- Empirical Studies in RequirementsEngineering.- Gamified Requirements Engineering: Model and Experimentation.- DocumentingRelations between Requirements and Design Decisions: A Case Study on DesignSession Transcripts.- The Use and Effectiveness of User Stories in Practice.- RequirementsEngineering Foundations.- Foundations for Transparency Requirements Engineering.-What is essential? - A Pilot Survey on Views about the Requirements Metamodelof reqT.org.- Human Factors in Requirements Engineering.- Peoples' Capabilitiesare a Blind Spot in RE Research and Practice.- Customer Involvement inContinuous Deployment: A Systematic Literature Review.- Research Methodology inRequirements Engineering.- Common Threats and Mitigation Strategies inRequirements Engineering Experiments with Student