Sökning: "Jan Carlson"
Visar resultat 6 - 10 av 20 avhandlingar innehållade orden Jan Carlson.
6. Advancing Continuous Model-Based Development in Industry
Sammanfattning : For the development of complex software systems, two prominent paradigms have become popular in the industry: model-based development and agile software development. Model-based development holds the promise of improving the productivity of software development through abstraction, by focusing on the problem domain and capturing it in models. LÄS MER
7. Lightweight consistency checking for advancing continuous model-based development in industry
Sammanfattning : For the development of modern software-intensive systems, a large number of development artifacts are created and maintained to design and implement their intended structure and behavior. In this thesis, we consider continuous model-based development settings in which models and other development artifacts are developed incrementally, in short development cycles. LÄS MER
8. Software and hardware models in component-based development of embedded systems
Sammanfattning : As modern embedded systems grow in complexity component-based development is an increasingly attractive approach to make the development of such systems simpler and less error prone. In this approach software systems are built by composing them out of prefabricated software components. LÄS MER
9. Automating Reuse in Web Application Development
Sammanfattning : Web applications are one of the fastest growing types of software systems today. Structurally, they are composed out of two parts: the server-side, used for data-access and business logic, and the client-side used as a user-interface. LÄS MER
10. Improving the Schedulability of Real Time Systems under Fixed Preemption Point Scheduling
Sammanfattning : During the past decades of research in Real-Time systems, non-preemptive scheduling and fully preemptive scheduling have been extensively investigated, as well as compared with each other. However, it has been shown that none of the two scheduling paradigms dominates over the other in terms of schedulability. LÄS MER