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An Aspect Oriented Middleware Architecture for Adaptive Mobile Computing Applications

机译:面向自适应移动计算应用程序的面向方面的中间件体系结构

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摘要

Mobile computing applications are required to operate in environments in which the availability for resources and services may change significantly during system operation. Thus, mobile computing applications need to be capable of adapting to these changes to offer the best possible level of service to their users. However, traditional middleware is limited in its capability of adapting to the environment changes and different users requirements. Aspect Oriented Programming has been used in the design and implementation of adaptive middleware architectures. In this paper, we propose an adaptive middleware architecture which can be used to develop adaptive mobile applications. Such architecture is compared to a component-based architecture from a quantitative perspective. The results suggest that middleware based on this model can be used to build mobile adaptive applications that require only a very small overhead in terms of running time as well as memory footprint while producing code that is more ease to comprehend and modify.
机译:要求移动计算应用程序在系统操作期间资源和服务的可用性可能发生重大变化的环境中运行。因此,移动计算应用程序需要能够适应这些变化,以便为其用户提供最佳的服务水平。但是,传统的中间件在适应环境变化和不同用户需求方面的能力有限。面向方面的编程已用于自适应中间件体系结构的设计和实现中。在本文中,我们提出了一种自适应中间件体系结构,可用于开发自适应移动应用程序。从定量的角度将这种架构与基于组件的架构进行比较。结果表明,基于该模型的中间件可用于构建移动自适应应用程序,这些应用程序在运行时间和内存占用方面仅需要很小的开销,同时生成更易于理解和修改的代码。

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