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Automatic inclusion of middleware performance attributes into architectural UML software models

机译:将中间件性能属性自动包含到体系结构UML软件模型中

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Distributed systems often use a form of communication middleware to cope with different forms of heterogeneity, including geographical spreading of the components, different programming languages and platform architectures, etc. The middleware, of course, impact the architecture and the performance of the system. This paper presents a model transformation framework to automatically include the architectural impact and the overhead incurred by using a middleware layer between several system components. Using this framework, architects can model the system in a middleware-independent fashion. Accurate, middleware-aware models can then be obtained automatically using a middleware model repository. The actual transformation algorithm is presented in more detail. The resulting models can be used to obtain performance models of the system. From those performance models, early indications of the system performance can be extracted.
机译:分布式系统通常使用某种形式的通信中间件来应对不同形式的异构性,包括组件的地理分布,不同的编程语言和平台体系结构等。中间件当然会影响系统的体系结构和性能。本文提出了一个模型转换框架,该模型转换框架可自动包括体系结构影响和使用多个系统组件之间的中间件层所产生的开销。使用该框架,架构师可以以独立于中间件的方式对系统进行建模。然后,可以使用中间件模型存储库自动获取准确的中间件感知模型。实际的转换算法将更详细地介绍。生成的模型可用于获取系统的性能模型。从这些性能模型中,可以提取系统性能的早期指示。

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