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首页> 外文期刊>International Journal of Computer Integrated Manufacturing >Incorporating quality function deployment and analytical hierarchy process in a knowledge-based system for automotive production line design
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Incorporating quality function deployment and analytical hierarchy process in a knowledge-based system for automotive production line design

机译：在汽车生产线设计的基于知识的系统中整合质量功能部署和层次分析过程

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摘要

The authors present an intelligent tool to perform the design of automotive production line, specifically for automotive body-in-white panels. The system adopts quality function deployment principle and analytical hierarchy process methodology to be the main reasoning logic for design decisions, and to explore the effect of enhancing these traditional tools with an artificial intelligent scheme, namely the knowledge-based system. Moreover, all knowledge and expertise of production line design are stored in an interactive knowledge base. Thus, the system is knowledge-base-oriented and exhibits the ability to repetitively deal with design problems as changes occur to design needs or manufacturing process options. Furthermore, this technique offers two knowledge bases: the first holds the production requirements and their correlations to essential process attributes, while the second contains available manufacturing processes and their characteristics to fabricate body-in-white panels. Finally, the work contains a case study to verify the developed system's functionality and merits. The results demonstrate an increase in the design procedure efficiency and reduction in the inconsistency. Similarly, the system provides improved results interpretation using graphical representation, in addition to the possibility of tracking the justification of final selected manufacturing processes down to the customer requirements.
机译：作者提出了一种智能工具来执行汽车生产线的设计，特别是用于汽车白车身面板的设计。该系统采用质量功能部署原理和层次分析法作为设计决策的主要推理逻辑，并探索以人工智能为基础的基于知识的系统对这些传统工具的增强效果。此外，生产线设计的所有知识和专长都存储在交互式知识库中。因此，该系统是面向知识库的，并具有随着设计需求或制造工艺选项的变化而重复处理设计问题的能力。此外，该技术提供了两个知识库：第一个包含生产要求及其与基本过程属性的相关性，第二个包含可用的制造过程及其特征以制造白车身面板。最后，该工作包含一个案例研究，以验证开发系统的功能和优点。结果表明，设计过程的效率提高了，不一致的程度也有所降低。类似地，该系统除了可以跟踪最终选择的制造工艺的合理性直至满足客户要求之外，还使用图形表示提供了改进的结果解释。

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