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Software Systems researches new programming and modeling languages, development methods and environments for large software-intensive systems, with a focus on web based and dependable systems, where communication and concurrency are pervasive. Sample application scenarios we are particularly interested in include web based applications (e.g., business apps, social networks), service infrastructures (e.g., app-stores, multi-party services / mashups), and ubiquitous computing infrastructures, such as smart buildings. Our work bridges from foundational theoretical principles to prototype development, experimental validation, and ultimately to technology and knowledge transfer.
Integrating Metamodel Driven Measurement in the Eclipse IDE
Software Language Engineering: Towards Validation of Usability of DSLs
Logic-Based Domain-Aware Session Types
Research Strategies in IT Project Management
Is building a DSML REALLY worth the effort?
Domain Specific Modeling
Metamodel-driven computing: how it works and what it delivers
Towards static deadlock resolution in the pi calculus.
Evaluating and Creatively Building KAOS Goal Models
Smart Cities: the role of ICT as Enabler for Balancing Economy, Energy, Climate and Quality of Life
Agile software development practices in brazilian news portals: results of an empirical study
Domain Specific Modeling and Languages
Empirical Software Engineering: a short course (2 full days)
Linear Logical Relations and Observational Equivalences for Session-Based Concurrency
Evaluating DSLs
Domain Specific Modeling - DSM-TP 2012
Formal Models of Concurrency: Languages and Expressiveness
Linear Logical Relations and Observational Equivalences for Session-Based Concurrency
Imperfections of Transformations in Model-Driven Requirements Engineering
Domain Specific Languages