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Architecture Based Approaches Supporting Flexible Design of Self-Adaptive Software

机译:支持自适应软件的灵活设计的基于体系结构的方法

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It is difficult to solve an optimization problem in smart devices software due to a trade-off relation between quality conditions and performance properties. Furthermore, development cost of complicated software is on the increase by fragmentation of devices into the small size. In this paper, we propose the design processes and methods reflecting diverse of flexible elements including physical features such as low-power and high-performance, co-design of hardware and software, and restricted resources usage. Our methods can establish the optimized self-adaptive design by reflecting the quality properties and performance requirements for applications working on systems, monitoring system's states in real-time, and customizing with the most proper design properties.
机译:由于质量条件和性能之间的折衷关系,很难解决智能设备软件中的优化问题。此外,通过将设备分割成小尺寸,复杂软件的开发成本正在增加。在本文中,我们提出了反映各种灵活元素的设计过程和方法,这些元素包括低功耗和高性能等物理特征,硬件和软件的协同设计以及有限的资源使用。我们的方法可以通过反映系统上工作的应用程序的质量属性和性能要求,实时监视系统状态以及使用最合适的设计属性进行定制来建立优化的自适应设计。

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