Trends in information visualisation in construction

G. Aouad
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引用次数: 4

Abstract

It is widely recognised that construction is an information intensive and complex industry. Traditional computational techniques have failed because of the shear number of information interfaces and complex relationships. Modern visual technologies can resolve many of these problems by providing construction professionals with 3 dimensional information interfaces that allow them to use the visual model (3D, VR, etc.) as the medium for communication, interaction, and integration. The paper looks at trends and predictions within the construction sector for technologies such as visualisation through CAD and VR. It then presents an improved model for information interfacing through VR capabilities. The information interface model is a Web based one, developed to provide opportunities for many construction professionals across the supply chain using open technologies such as the Internet. The paper demonstrates that information visualisation is of importance and can be used by every participant within the construction sector including clients, contractors, cost estimators, project planners, and others. The paper concludes with a series of screen snap shots resulting from state of the art research on information visualisation and interfaces being conducted at the University of Salford (UK). Salford is bringing together visualisation, object oriented and Web technologies to solve the problems associated with construction information integration and communication. The paper provides an overview of this research which will help many interested parties understand how these technologies can work together.
建筑信息可视化的发展趋势
建筑业是一个信息密集型、复杂的产业,这是公认的。由于信息接口数量多、关系复杂,传统的计算技术已经失效。现代视觉技术可以为建筑专业人员提供三维信息界面,使他们能够使用视觉模型(3D, VR等)作为沟通,交互和集成的媒介,从而解决许多这些问题。本文着眼于建筑行业的趋势和预测,如通过CAD和VR实现可视化。然后,它提出了一个改进的模型,通过虚拟现实功能的信息接口。信息接口模型是基于Web的模型,开发它是为了使用诸如Internet之类的开放技术为跨供应链的许多建筑专业人员提供机会。本文证明了信息可视化的重要性,并且可以被建筑行业的每个参与者使用,包括客户、承包商、成本估算人员、项目规划人员等。本文以索尔福德大学(英国)正在进行的信息可视化和界面的最新研究得出的一系列屏幕截图作为结论。Salford正在将可视化、面向对象和Web技术结合起来,以解决与建筑信息集成和通信相关的问题。本文提供了这项研究的概述,这将有助于许多感兴趣的各方了解这些技术如何协同工作。
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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