Fraunhofer IESE

• Approach for Quantitative Aggregation of Evidence from Controlled Experiments in Software Engineering
• Architecture-Centric Software Producibility Analysis
• AssistU - a Framework for User Interaction Forensics
• Conditional Safety Certification for Open Adaptive Systems
• Efficiently Deploying Safety-Critical Applications onto Open Integrated Architectures
• Enhancing Architecture Design Methods for Improved Flexibility in Long-Living Information Systems
• Failure-Dependent Timing Analysis - a New Methodology for Probabilistic Worst-Case Execution Time Analysis
• Incorporating Software Product Line Knowledge into Requirements Processes
• Model-Based Approach for Exploring the Space of Adaptation Behaviors of Safety-Related Embedded Systems
• Model-Based Decision Support of Task Allocation in Global Software Development
• Optimizing the Completeness of Textual Requirements Documents in Practice
• Safe Requirements Engineering