Intelligent Information Technologies to Enable Next Generation PLM
Intelligent Information Technologies to Enable Next Generation PLM
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智能信息技术助力下一代 PLM
DOI：
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发表时间：
2014
期刊：
影响因子：
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通讯作者：
R. Woll
中科院分区：
文献类型：
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作者：
R. Stark;T. Damerau;H. Hayka;Sebastian Neumeyer;R. Woll
不断增长的产品、接口流程、价值创造网络和IT环境的复杂性将当今的PLM解决方案推向了极限。这对工程师有何影响？2011年，来自德国行业的1400多名工程师提供了反馈--结果令人震惊，但也在意料之中。几乎三分之二的受访者在开发、设计或验证等核心任务上平均只能花费20%或更少的时间。这项研究证实，由于大量的协调和沟通开销，创造性的工程活动缺乏时间。通过当前的“智能”技术，工程师和设计师能否从产品生命周期管理中的常规和管理任务中解脱出来？在与行业和PLM专家的不断对话中，Fraunhofer IPK和TUB调查了产品生命周期管理中对智能的需求。本文通过对PLM现状的反思，提出了新一代PLM的概念框架(工程操作系统)。随后，提出了工程自动化能力(EAC)阶梯模型，并给出了PLM中“智能”的精选研究成果。
The steadily growing complexity of products, interfacing processes, value creation networks and IT environments drive today’s PLM solutions to their limits. How does this effect engineers? Over 1,400 engineers from the German industry provided feedback in 2011 – with alarming but expected results. Almost two thirds of the respondents can only spend 20% or less time on average for core tasks such as development, design or validation. The study confirmed a lack of time for creative engineering activities caused by a massive coordination and communication overhead. Could engineers and designers be relieved from routine and administrative tasks in product lifecycle management by means of current “intelligent” technologies? In constant dialogue with industry and PLM experts, the Fraunhofer IPK and TUB have investigated the demand for intelligence in product lifecycle management. This paper reflects on the current situation of PLM and introduces a conceptual framework (Engineering Operating System) for next generation PLM. Subsequently, an Engineering Automation Capabilities (EAC) stair step model is proposed and selected research results for “intelligence” in PLM are presented.