Titlebook: Quality of Software Architectures; Second International Christine Hofmeister,Ivica Crnkovic,Ralf Reussner Conference proceedings 2006 Sprin

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Traveling Architects – A New Way of Herding Catsed risks of being unable to design and impose coherent software architectures on projects, potentially leading to lower quality of the resulting systems. Based on our experiences in a large, distributed research and development project, ., we propose that employing techniques from active user involv

使殘廢

A Practical Architecture-Centric Analysis Processation, communication, energy and health-care), dependability has became a must, since failures can have economics consequences and can also endanger human life..Software Architectures (SA) can help improving the overall system dependability, providing a system blueprint that can be validated and tha

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Parameter Dependent Performance Specifications of Software Componentsicult to specify the performance of individual components, because it depends on the deployment context of a component, which may be unknown to its developers. The way components are used influences the perceived performance, but most performance prediction approaches neglect this influence. In this

漫不經(jīng)心

Applying the ATAM to an Architecture for Decentralized Control of a Transportation Systemality attributes to develop this innovative architecture were flexibility and openness. Taking these quality attributes into account, we proposed a decentralized architecture using multiagent systems (MASs). A MAS consists of multiple autonomous entities that coordinate with each other to achieve de

Aesthete

Towards an Integration of Standard Component-Based Safety Evaluation Techniques with SaveCCMs. At the same time, most of these embedded systems must be demonstrably safe and reliable. This paper aims to extend SaveCCM, a modelling language for component-based embedded systems, with standard safety evaluation models. Based on this extension, failure and hazard probabilities can be estimated

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Managing Architectural Design Decisions for Safety-Critical Software Systemsation and codification of existing safety-critical system design knowledge. Finally, we present a series of steps that enable the justification of architectural design decisions that refine both requirements and architectures. We demonstrate and discuss the application of our framework by means of a case study.

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0302-9743 means to an end, the end being the implemented system. Thus the ultimate measure of the quality of the software architecture lies in the implemented system, in how well it satis?es the system and project requirements and constraints and whether it can be maintained and evolved successfully. In orde