Ten years of product line engineering at Danfoss: lessons learned and way ahead

Thomas Fogdal, H. Scherrebeck, Juha Kuusela, Martin Becker, Bo Zhang
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引用次数: 31

Abstract

Software and systems product line engineering (PLE) has been an established approach for reducing time to market as well as cost and increasing quality in a set of related products for two decades now. Although there is a huge body of knowledge on PLE, adopting a concrete PLE approach is still not a trivial endeavor for interested companies. With the increasing importance of development speed, the advent of agile engineering approaches, and decreasing management interest in improvements that require large organizational transformations and only show benefits after several years, companies are facing challenges in successfully adopting this approach. They often hesitate as there is no clear adoption path, nor any certainty, that the intended improvement steps will also provide added value in the short- and mid-term perspective. In consequence, a considerable amount of PLE potential still remains unexploited. To help such companies with the adoption of PLE, the goal of this paper is to provide inspiration and evidence that PLE is a sound approach and its successful introduction is possible even in settings that differ substantially from those of pioneer product lines. To this end, this paper presents the following main contributions with the PLE adoption case at Danfoss Drives: an overview of the key change drivers and the motivation for adopting a PLE approach, a discussion of incremental PLE introduction in an agile engineering context, a presentation of the current PLE setting with a focus on key concepts, and finally a presentation of motivators and directions for future improvements.
丹佛斯十年产品线工程:经验教训和前进方向
二十年来,软件和系统产品线工程(PLE)已经成为缩短上市时间、降低成本和提高一系列相关产品质量的既定方法。尽管有大量关于PLE的知识,但对于感兴趣的公司来说,采用具体的PLE方法仍然不是一件容易的事情。随着开发速度的重要性日益增加,敏捷工程方法的出现,以及管理层对需要大规模组织转型并且在几年后才显示出效益的改进的兴趣日益减少,公司在成功采用这种方法方面面临着挑战。他们经常犹豫,因为没有明确的采用路径,也没有任何确定性,预期的改进步骤也将在短期和中期的角度提供附加价值。因此,相当数量的极低压潜力仍未得到开发。为了帮助这些公司采用PLE,本文的目标是提供灵感和证据,证明PLE是一种合理的方法,即使在与先驱产品线有很大不同的环境中,它的成功引入也是可能的。为此,本文介绍了丹佛斯驱动采用PLE案例的以下主要贡献:概述了采用PLE方法的关键变化驱动因素和动机,讨论了敏捷工程环境中增量PLE的引入,介绍了当前PLE设置,重点介绍了关键概念,最后介绍了未来改进的激励因素和方向。
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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