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Towards Cloud Based Collaborative Design -Analysis in Digital PLM Environment

机译:迈向基于云的协同设计-数字PLM环境中的分析

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This paper proposes a cloud-based PLM methodology to carry out collaborative design by implementing industrial scenario representing realistic collaboration among all the stake holders. In a world of advancing information technology and more than ever demand in the requirement of spatially inter connected collaborative work space, cloud based generic design process methodology seems to be a viable option. However, it has been noticed that there has been little effort directed towards Cloud Based Design (CBD). It is a widely accepted fact that nearly 80% of the manufacturing cost of a product is determined by its design process and hence targeting the very same process of PLM is the prime focus in this paper. With an increase in the complexity of products along with the squeezed budget across all industries, there has been a growing demand to have cross company collaboration. To deal with such a complex requirement of communication and coordination between all the players in the design process, this paper links the field of collaborative design and cloud computing to propose paradigm-based solution to cater generic design process. This paper showcases the main advantages when CBD data and legacy CAD data are used to create a unified digital model to achieve a true cross company collaboration by the means of Cloud Based Collaborative Design (CBCD) methodology.
机译:本文提出了一种基于云的PLM方法,通过实施代表所有利益相关者之间现实协作的工业场景来进行协作设计。在信息技术日新月异的世界中,在空间上相互连接的协作工作空间的需求比以往任何时候都高,基于云的通用设计过程方法论似乎是一种可行的选择。但是,已经注意到,针对基于云的设计(CBD)所做的工作很少。人们普遍接受的事实是,产品的近80%的制造成本是由产品的设计过程决定的,因此,针对PLM的完全相同的过程是本文的主要重点。随着产品复杂性的增加以及所有行业预算的紧缩,跨公司协作的需求日益增长。为了应对设计过程中所有参与者之间沟通和协调的复杂需求,本文将协作设计和云计算领域相结合,提出了基于范式的解决方案来满足通用设计过程。本文展示了使用CBD数据和旧版CAD数据创建统一的数字模型以通过基于云的协同设计(CBCD)方法实现真正​​的跨公司协作时的主要优势。

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