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Runtime resource assurance and adaptation with Qinna framework: A case study

机译:运行时资源保证与Qinna框架的适应:一个案例研究

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Even if hardware improvements have increased the performance of embedded systems in the last years, resource problems are still acute. The persisting problem is the constantly growing complexity of systems. New devices for service such as PDAs or smartphones increase the need for flexible and adaptive open software. Component-based software engineering tries to address these problems and one key point for development is the Quality of Service (QoS) coming from resource constraints. In this paper, we recall the concepts behind Qinna, a component-based QoS Architecture, which was designed to manage QoS issues, and we illustrate the developpement of a image viewer application whithin this framework. We focus on the general developpement methodology of resource-aware applications with Qinna framework, from the specification of resource constraints to the use of generic Qinna’s algorithms for negociating QoS contracts at runtime.
机译:即使硬件改进在过去几年增加了嵌入式系统的性能,资源问题仍然是剧烈的。持久的问题是系统不断增长的复杂性。用于服务的新设备,如PDA或智能手机等需求灵活和自适应开放软件。基于组件的软件工程试图解决这些问题,并且开发的一个关键点是来自资源限制的服务质量(QoS)。在本文中,我们调查Qinna后面的概念,这是一个基于组件的QoS架构,旨在管理QoS问题,并且我们说明了该框架的图像查看器应用程序的开发。我们专注于使用Qinna框架的资源感知应用程序的一般性开发方法,从资源限制规范到使用通用Qinna算法,以便在运行时否定QoS合同。

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