The Quality-driven Architecture Design and quality Analysis (QADA ) methodology uses quality requirements as a driving force when selecting software structures. In QADA, the family architecture contains qualitative quality requirements as architectural style(s) and patterns and the quantitative quality requirements as the properties of individual architectural elements. Our tool chain covers all the phases of QADA and contributes to software family engineering by providing methods to select an appropriate approach for family architecture (Stylebase), to capture and map requirements to the architecture (Protégé, QPE, TOPCASED), to evaluate the maturity and quality of the architecture (Stylebase, RAP), a technique to represent variation point...
To sustain the qualities of a software system during evolution, and to adapt the quality attributes ...
Requirements engineering and software architecture are quite mature software engineering sub-discipl...
AbstractDue to increasing industrial demands toward software systems with increasing complexity and ...
The Quality-driven Architecture Design and quality Analysis (QADA ) methodology uses quality require...
Software quality is one of the major issues with software intensive systems. Quality is especially i...
The role of software architecture has changed. The use of modern software technologies and practices...
Software architecture design is a critical step of software development. Currently, there are variou...
System Quality and Software Architecture collects state-of-the-art knowledge on how to intertwine so...
An important issue during architectural design is that besides functional requirements, software arc...
Producing software products of good quality requires that quality requirements are taken into accoun...
Software architecture is the result of a design effort aimed at ensuring a certain set of quality at...
Modelling and evaluating quality properties of software is of high importance, especially when our e...
The main goal of model-driven engineering (MDE) is to improve software quality by using models as a ...
Abstract. Software architecture is the result of a design effort aimed at ensuring a certain set of ...
Software quality is one of the major issues with software intensive systems. Moreover, quality is a ...
To sustain the qualities of a software system during evolution, and to adapt the quality attributes ...
Requirements engineering and software architecture are quite mature software engineering sub-discipl...
AbstractDue to increasing industrial demands toward software systems with increasing complexity and ...
The Quality-driven Architecture Design and quality Analysis (QADA ) methodology uses quality require...
Software quality is one of the major issues with software intensive systems. Quality is especially i...
The role of software architecture has changed. The use of modern software technologies and practices...
Software architecture design is a critical step of software development. Currently, there are variou...
System Quality and Software Architecture collects state-of-the-art knowledge on how to intertwine so...
An important issue during architectural design is that besides functional requirements, software arc...
Producing software products of good quality requires that quality requirements are taken into accoun...
Software architecture is the result of a design effort aimed at ensuring a certain set of quality at...
Modelling and evaluating quality properties of software is of high importance, especially when our e...
The main goal of model-driven engineering (MDE) is to improve software quality by using models as a ...
Abstract. Software architecture is the result of a design effort aimed at ensuring a certain set of ...
Software quality is one of the major issues with software intensive systems. Moreover, quality is a ...
To sustain the qualities of a software system during evolution, and to adapt the quality attributes ...
Requirements engineering and software architecture are quite mature software engineering sub-discipl...
AbstractDue to increasing industrial demands toward software systems with increasing complexity and ...