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A collaborative design framework for the Korean automotive parts industry

机译：韩国汽车零部件行业的协作设计框架

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摘要

In the automotive industry, although small enterprises that supply car parts participate in the design phase of new car development, they do not communicate with each other for developing parts or modules because of the lack of a common communication protocol. In order to provide solutions to such problems, there has been an emergence of collaboration solutions among participants. Moreover, collaborative product lifecycle management (CPLM) is suggested as an alternative for providing such collaboration solutions. In order to develop CPLM, a framework that supports the understanding and sharing of business processes across business boundaries is necessary. Such a framework includes a reference model, business process model, and business process. The reference model explains the business domain, and it must be shared among participants for a common communication purpose. The business process model describes the collaborative design process, which can be defined by common principles in a metamodel. This paper suggests a new reference model for the design chain in the Korean automotive parts industry. Under a collaborative environment, the design process of the reference model may be classified into the mechanical and human-driven processes. In order to define both process types, a new integrated process model that combines the Component Collaboration Architecture (CCA) model of Enterprise Distributed Object Computing (EDOC) and Role Activity Diagram (RAD) models is suggested. We also introduce model driven approach (MDA) of Object Modelling Group (OMG) in order to describe an abstract level for common communication among business partners.
机译：在汽车工业中，尽管提供汽车零件的小型企业参与了新车开发的设计阶段，但由于缺乏通用的通信协议，它们不相互通信以开发零件或模块。为了提供针对此类问题的解决方案，参与者之间出现了协作解决方案。此外，建议将协作产品生命周期管理（CPLM）作为提供此类协作解决方案的替代方法。为了开发CPLM，需要一个支持跨业务边界的理解和共享业务流程的框架。这样的框架包括参考模型，业务流程模型和业务流程。参考模型解释了业务领域，并且出于共同的通信目的，必须在参与者之间共享它。业务流程模型描述了协作设计流程，可以通过元模型中的通用原则定义协作设计流程。本文为韩国汽车零部件行业的设计链提出了一种新的参考模型。在协作环境下，参考模型的设计过程可以分为机械过程和人为驱动过程。为了定义两种过程类型，建议使用一种新的集成过程模型，该模型结合了企业分布式对象计算（EDOC）的组件协作体系结构（CCA）模型和角色活动图（RAD）模型。我们还介绍了对象建模组（OMG）的模型驱动方法（MDA），以描述业务合作伙伴之间常见通信的抽象级别。

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