Traceability map: foundations to automate for product line engineering

Soo Dong Kim, Soo-Ho Chang, H. La
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引用次数: 12

Abstract

Product line engineering (PLE) is an emerging reuse approach, and it has two processes; core asset engineering and application engineering. Various artifacts are produced in PLE, and there is no strong consensus on the key elements of each artifact. Moreover, precise mappings and relationships among the artifacts are yet to define. In order to apply PLE practically and to automate PLE process, elements of artifacts and their relationships should be precisely specified. In this paper, we first present a generic PLE process based on representative PLE approaches. Then, we define meta-models of PLE artifacts, to show how each artifact can be represented at conceptual and physical levels. Finally, we specify an overall traceability map, trace links and mapping relationships. With our foundation of PLE traceability, PLE artifacts such as core assets and instantiated products can be more efficiently and correctly developed. Also, this work paves the way to semi-automate the overall PLE process.
可追溯性图:生产线工程自动化的基础
产品线工程(PLE)是一种新兴的重用方法,它有两个过程;核心资产工程和应用工程。在PLE中产生了各种工件,并且对于每个工件的关键元素没有强有力的共识。此外,工件之间的精确映射和关系还有待定义。为了实际地应用PLE并使PLE过程自动化,工件的元素及其关系应该被精确地指定。在本文中,我们首先提出了一个基于代表性PLE方法的通用PLE过程。然后,我们定义PLE工件的元模型,以显示每个工件如何在概念和物理层上表示。最后,我们指定了一个整体的可追溯性映射、跟踪链接和映射关系。有了我们的PLE可追溯性基础,PLE工件(如核心资产和实例化产品)可以更有效和正确地开发。此外,这项工作为整个PLE过程的半自动化铺平了道路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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