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Design and implementation of a composable reflective middleware framework

机译:可组合反射中间件框架的设计和实现

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With the evolution of the global information infrastructure, service providers will need to provide effective and adaptive resource management mechanisms that can serve more concurrent clients and deal with applications that exhibit quality-of-service (QoS) requirements. Flexible, scalable and customizable middleware can be used as an enabling technology for next-generation systems that adhere to the QoS requirements of applications that execute in highly dynamic distributed environments. To enable application-aware resource management, we are developing a customizable and composable middleware framework called CompOSE|Q (Composable Open Software Environment with QoS), based on a reflective meta-model. In this paper, we describe the architecture and runtime environment for CompOSE|Q and briefly assess the performance overhead of the additional flexibility. We also illustrate how flexible communication mechanisms can be supported efficiently in the CompOSE|Q framework.
机译:随着全球信息基础设施的演变,服务提供商需要提供有效和自适应的资源管理机制,可以提供更多并发客户端,并处理展示服务质量(QoS)要求的应用程序。灵活,可扩展和可定制的中间件可用作符合在高动态分布式环境中执行的应用程序QoS要求的下一代系统的启用技术。为了启用应用程序感知资源管理,我们正在开发一个可自定义和可编译的中间件框架,称为Compose | q(具有QoS的可组合开放软件环境),基于反射元模型。在本文中,我们描述了组成的架构和运行时环境,并简要评估了额外灵活性的性能开销。我们还说明了在撰写Q框架中有效地支持灵活的通信机制。

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