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  • The Q-ImPrESS project aims at bringing service orientation to critical software systems, such as industrial production control, telecommunication and critical enterprise applications. All these domains share a need for guaranteed end-to-end quality of service, but also a need to evolve over their long lifetimes. The Q-ImPrESS project targets this challenge by providing a method to allow developers, users and maintainers to foresee the impact of design decisions and evolutionary changes to the system not only on its overall quality of service, but also on its internal quality properties such as maintainability. Therefore, a new service architecture model is developed which is accompanied by reengineering tools capable of extracting this model from existing source code. The service architecture model is a uniform intermediate representation used to simulate different evolutionary changes for the purpose of assessing their impact on the quality attributes of the system. Using the methodology for trad (en)
  • The Q-ImPrESS project aims at bringing service orientation to critical software systems, such as industrial production control, telecommunication and critical enterprise applications. All these domains share a need for guaranteed end-to-end quality of service, but also a need to evolve over their long lifetimes. The Q-ImPrESS project targets this challenge by providing a method to allow developers, users and maintainers to foresee the impact of design decisions and evolutionary changes to the system not only on its overall quality of service, but also on its internal quality properties such as maintainability. Therefore, a new service architecture model is developed which is accompanied by reengineering tools capable of extracting this model from existing source code. The service architecture model is a uniform intermediate representation used to simulate different evolutionary changes for the purpose of assessing their impact on the quality attributes of the system. Using the methodology for trad (cs)
Title
  • Quality Impact Prediction for Evolving Service-Oriented Software (en)
  • Quality Impact Prediction for Evolving Service-Oriented Software (cs)
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  • Service-Oriented Software; Quality-of-Service; Performance; Reliability; Modeling; Model-Driven-Development (en)
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