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Extending FCD Process to Support COTS Selection

机译:扩展FCD流程以支持COTS选择

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摘要

In large software system, components depend on each other and should not be evaluated individually. This paper proposes a new process for multiple COTS selection based on extension of a proven system decomposition technique FCD. During the process of decomposition, local requirements are allocated into functional modules as local evaluation criteria for COTS candidates while crosscutting requirements are considered later in global selection. Due to the hierarchical structure of FCD, COTS products with varying granularities are considered. COTS candidates are evaluated through analyzing the gap between COTS features and requirements and fitness score is calculated based on the gap and adjustment cost which are measured by function points. Those COTS products with fitness score higher than a pre-defined threshold keep going into the global selection phase. In global selection, combinations of candidate COTS products for modules are evaluated based on crosscutting requirements.
机译:在大型软件系统中,组件彼此依赖,因此不应单独进行评估。本文提出了一种基于成熟的系统分解技术FCD扩展的多种COTS选择的新过程。在分解过程中,将本地需求分配到功能模块中,作为对COTS候选者的本地评估标准,而跨部门需求则稍后在全局选择中予以考虑。由于FCD的层次结构,因此考虑了粒度不同的COTS产品。通过分析COTS功能与需求之间的差距来评估COTS候选者,并基于功能点测得的差距和调整成本来计算适合度得分。那些健身评分高于预定义阈值的COTS产品将继续进入全局选择阶段。在全局选择中,将根据横切需求评估模块的候选COTS产品组合。

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