Research into Design for Communities, Volume 1
Research into Design for Communities, Volume 1
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社区设计研究，第一卷
DOI：
10.1007/978-981-10-3518-0_49
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发表时间：
2017
期刊：
影响因子：
--
通讯作者：
Behera A
中科院分区：
文献类型：
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作者：
Behera A
商业上可用的工程设计工具通常在本地数据格式上操作，并支持个人设计师创建设计描述，这些设计描述在产品开发团队和供应网络中共享。这些工具的使用导致了设计描述的多样性。例如，CAD系统可用于创建设计材料清单（BoM），这是设计描述的一种形式，但是下游过程（例如制造和服务）需要不同的BoM。传统的设计描述的集成方法是通过使用数据交换技术或通用的底层元模型来支持，最终，一个单一的，共享的数字设计描述。这些方法具有架构上的优雅性，但它们在现实世界中的可行性受到必须实现它们的异构环境的限制。本文报道的研究挑战了这种想法，并探讨了相互嵌入设计描述的可行性。我们报告的早期结果，探索使用格理论的可行性，其中格是在偏序集的形式，嵌入到一个给定的设计描述多个设计结构。
Commercially available engineering design tools typically operate on native data formats and support individual designers creating design descriptions which are shared within product development teams and across supply networks. The use of such tools results in a multiplicity of design descriptions. For example, a CAD system may be used to create a design Bill-of-Materials (BoM), which is a form of design description, but different BoMs are needed for downstream processes such as manufacturing and servicing. Conventional approaches to the integration of design descriptions is through the use of data exchange technologies or a common underlying meta-model to support, ultimately, a single, shared digital design description. These approaches have architectural elegance but their real-world feasibility is limited by the heterogeneous environment in which they must be implemented. The research reported in this paper challenges this thinking and explores the feasibility of embedding design descriptions into each other. We report early results exploring the feasibility of using lattice theory, where lattices are in the form of partially ordered sets, to embed multiple design structures into a given design description.