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A KNOWLEDGE-BASED TOOL FOR THE SELECTION OF DESIGN OPTIONS DURING THE COMPETITIVE TENDERING OF VEHICLE SYSTEMS

机译:车辆系统竞争性招标中基于知识的设计方案选择工具

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摘要

In the automotive industry the activities of documenting the design options and generating the necessary request for quotations, for Tier 1 system suppliers to be awarded contracts for design and development, is complex and time-consuming since these activities are predominately manual and paper-based. Thus, a knowledge-based tool is being developed to aid the selection of the design options for vehicle systems during competitive tendering. The tool is based on ontologies in order to provide a common and shared definition for the options available for a given vehicle system. An overview of this approach is provided and, as a 'proof of concept', a case study involving seating systems is presented. This paper shows, through the seating system case study, how the functionalities and features of a vehicle system can be selected and documented in order to streamline the business process of contracting out product development through the supply chain.
机译:在汽车工业中,记录设计选项和生成必要的报价请求(要使一级系统供应商获得设计和开发合同的合同)的活动是复杂且耗时的,因为这些活动主要是手动和基于纸张的。因此,正在开发基于知识的工具,以帮助在竞争性招标中选择车辆系统的设计方案。该工具基于本体,以便为给定的车辆系统提供可用选项的通用共享定义。提供了这种方法的概述,并作为“概念验证”,提供了涉及座椅系统的案例研究。本文通过座椅系统案例研究,展示了如何选择和记录车辆系统的功能和特性,以简化通过供应链将产品开发外包的业务流程。

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