将垂直Web应用程序转换为弹性云应用程序

Nikola Tanković, Tihana Galinac Grbac, Hong Linh Truong, S. Dustdar
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引用次数: 7

摘要

有大量的垂直应用程序是为孤立的计算环境开发的。由于对额外资源的需求不断增加,显然需要使这些应用程序适应分布式环境。然而,这不是一件容易的事,可能有许多变体。此外,在这种转变中,新的质量要求变得很重要,例如应用程序的弹性。必须将应用程序弹性构建到软件系统中,才能在运行时实现平稳的成本优化。在本文中,我们提供了一个框架,用于评估垂直Java EE多层应用程序到弹性云应用程序的不同转换变体。在此框架的支持下,指导软件开发人员如何转换其应用程序以实现最优弹性策略。对克罗地亚市场上现有的SaaS多层Java应用程序的弹性进行了切片和评估。
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Transforming Vertical Web Applications into Elastic Cloud Applications
There exists a huge amount of vertical applications that are developed for isolated computing environments. Due to increasing demand for additional resources there is a clear need to adapt these applications to the distributed environments. However, this is not an easy task and numerous variants are possible. Moreover, in this transition a new quality requirements become important, such as application elasticity. Application elasticity has to be built into a software system to enable smooth cost optimization at the run-time. In this paper, we provide a framework for evaluating different transformation variants of vertical Java EE multi-tiered applications into elastic cloud applications. With support of this framework the software developer is guided how to transform its application achieving optimal elasticity strategy. The framework is evaluated on slicing and evaluating elasticity of existing SaaS multi-tiered Java application used in Croatian market.
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