Extended variational design technology—foundation for integrated design automation

J. C. Chung, T. Hwang, Chien-Tai Wu, Yu Jiang, Jia-Yi Wang, Yong Bai, H. Zou
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引用次数: 3

Abstract

Engineering design is an iterative process with a fundamental need for the consistent management and propagation of product dependencies. Constraint-based design provides a unified framework to meet this critical need, but there are known issues due to the complexity of the problem within three-dimensional space. This paper presents results from a decade of research into graph theory and numerical solution techniques to address issues such as user comprehension and multiplicity of solutions. The proposed solution, Extended Variational Design Technology (VGX), utilizes an innovative Drag and Drop user interaction paradigm to improve comprehension performance, and usability. It is also demonstrated that VGX technology can provide common mathematical foundation to support flexible and integrated product design, assembly and analysis.
扩展变分设计技术——集成设计自动化的基础
工程设计是一个迭代的过程,需要对产品依赖关系进行一致的管理和传播。基于约束的设计提供了一个统一的框架来满足这一关键需求,但由于问题在三维空间中的复杂性,存在已知的问题。本文介绍了十年来对图论和数值解技术的研究成果,以解决诸如用户理解和解的多样性等问题。提出的解决方案,扩展变分设计技术(VGX),利用创新的拖放用户交互范例来提高理解性能和可用性。VGX技术为支持柔性、集成化的产品设计、装配和分析提供了通用的数学基础。
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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