An analysis of methods to achieve robustness towards a lean product development process

A. Cabello, K. Flores, M. Flores, M. Khan, A. Al-Ashaab
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引用次数: 6

Abstract

Since Taguchi's introduction to robustness much has been researched about it, particularly into the field of new product development. Despite the attention given to the subject by academia, recent research has found that industry has yet to fully grasp its benefits. Among the main attributed factors, lie the complexity of the proposed statistical tools and a general misconception of the concept and its implementation. Based on Toyota's Product Development System, the term Conceptual Robustness is broadly defined based on three forms of variation: physical, design and market. Parting from the this definition and as part of the LeanPPD Project, the objective of this paper's contribution is threefold: 1), to present the state of the art on research in the area of robustness, 2) propose a taxonomy in order to understand the different scopes of available resources and 3) finally identifying the possibilities to achieve conceptual robustness (that of Sobek et al., 1999) with the available resources presented to the industry by academic research.
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对实现精益产品开发过程稳健性的方法的分析
自从田口介绍鲁棒性以来,人们对它进行了大量研究,特别是在新产品开发领域。尽管学术界对这一问题给予了关注,但最近的研究发现,工业界尚未充分认识到它的好处。在主要归因于的因素中,包括提出的统计工具的复杂性和对概念及其实施的普遍误解。基于丰田的产品开发系统,概念稳健性这一术语被广泛定义为基于三种形式的变化:物理、设计和市场。从这个定义出发,作为LeanPPD项目的一部分,本文贡献的目标有三个方面:1),展示鲁棒性领域研究的最新进展,2)提出一个分类,以便理解可用资源的不同范围,3)最后确定利用学术研究提供给行业的可用资源实现概念鲁棒性(Sobek等人,1999年)的可能性。
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