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Quality of service adaptability refers to the ability of components/services to adapt in run-time the quality exhibited. A composition study from a quality point of view would investigate how these adaptable elements could be combined to meet systempsilas quality requirements. Enclosing quality properties with architectural models has been typically used to improve system understanding. Nevertheless...
Quality of service adaptability refers to the ability of services (or components) to adapt the quality exhibited during run-time, or to the faculty of architectural models to show that several alternatives concerning quality could be implemented. Enclosing quality properties with architectural models has been typically used to improve system understanding. Nevertheless, these properties can also be...
Safety critical software requires integrating verification techniques in software development methods. Software architectures must guarantee that developed systems will meet safety requirements and safety analyses are frequently used in the assessment. Safety engineers and software architects must reach a common understanding on an optimal architecture from both perspectives. Currently both groups...
High integrity software systems require the rigorous validation of safety properties. Assessing whether software architectures are able to meet these properties is of great interest: to avoid the risk that the implementation does not fulfil safety requirements due to a bad design, and to reduce the development cost of safety critical parts of the system. A preliminary safety assessment is a process...
The development of safety critical software applications has always been done in accordance to strict methods. These systems require the application of verification techniques that guarantee safety properties. Often, they are complex systems that require the integration of different types of engineers such as safety engineers and software architects. Currently, different groups of engineers apply...
High integrity software systems require the rigorous validation of safety properties. Assessing whether software architectures are able to meet these properties is of great interest: to avoid the risk that the implementation does not fulfil safety requirements due to a bad design, and to reduce the development cost of safety critical parts of the system. A preliminary safety assessment is a process...
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