Model morphisms as an enabler for open visualization of product data

B. Almeida, C. Agostinho, M. J. Nuñez-Ariño, R. Jardim-Gonçalves
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引用次数: 2

Abstract

During the last decade the world has changed in an unprecedented manner. Transport and communication infrastructures have been steadily developed and have had important impacts on various industriespsila. To increase the business effectiveness, product development should be based on open, interoperable and internationally accepted information and communications technology (ICT) standards. However, proprietary solutions still proliferate, being the geometry-based product data representation and exchange one of the most significant areas suffering from interoperability problems. This paper proposes a standard-based framework to support open visualization of geometry vital information to non-expert users. Dynamic model integration and intelligent harmonisation of different digital supports of geometric models is performed at meta-level enabling transparent interaction with simple product geometry, thus providing low-cost interoperability between the parts involved.
将模型形态作为产品数据开放可视化的推动者
在过去十年中,世界以前所未有的方式发生了变化。交通通信基础设施稳步发展,对各行业产生重要影响。为了提高业务效率,产品开发应基于开放、可互操作和国际公认的信息和通信技术(ICT)标准。然而,专有解决方案仍在激增,基于几何的产品数据表示和交换是互操作性问题最严重的领域之一。本文提出了一个基于标准的框架来支持对非专家用户开放的几何重要信息可视化。动态模型集成和不同几何模型数字支持的智能协调在元级进行,实现与简单产品几何的透明交互,从而提供相关部件之间的低成本互操作性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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