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首页> 外文期刊>American Journal of Civil and Environmental Engineering >Information Technologies (IT) Applications for Construction: (Case Study: The Tallest Silo of the World in Zurich)
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Information Technologies (IT) Applications for Construction: (Case Study: The Tallest Silo of the World in Zurich)

机译:信息技术(IT)在建筑中的应用:(案例研究:苏黎世最高的筒仓)

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Computing and communication technology, also commonly known as information technology (IT) which is expanding fast becomes to be an important assistant tool to assign priorities in all aspects of project planning of systems. While the use of IT systems have received great attention during the last decades, there have been few studies with focus on the relationship between information technology and using of such systems in organization of construction projects. Construction projects are specific, unique, and many are complex with varied time constraints and budgets. Often the discussion of IT technologies of interest to construction is centered on the most recent tools that general developments in commercial IT or in Computer science research have to offer. The correct and relevant management of information resources within construction impacts both the success of projects and overall performance of the individual project participants which can make sure that all participants execute and control project plans in appropriate time. This is significantly influenced by how project managers acquire, use, store, re-use and integrate relevant information to assist in the production of project estimates. The present paper describes literature related to IT implementation and its services in the construction industry with the purpose of highlighting the suitable conceptual IT model in the context of the construction of the world tallest silo in Zurich. It also presents some of the structured methods such as computer aided design (CAD) and computer aided manufacturing (CAM) that have significant importance in the management of the construction processes. The focus of this research was to gather the experiences of the Swissmill project management team in the use and application of IT programs to assess the benefits realized by all project participants. Finally, the study reveals that using the decision-tree-plan would be a more sustainable way of selecting the best alternative which can help executives manage issues faced in large-scale, complex projects more effectively. Results obtained by implementing IT methods, demonstrate great capabilities of this approach for complicated challenging problems in the Silo construction project.
机译:快速发展的计算和通信技术,也通常称为信息技术(IT),已成为在系统项目规划的各个方面分配优先级的重要辅助工具。尽管在过去的几十年中,IT系统的使用受到了极大的关注,但很少有研究集中在信息技术与在建筑项目的组织中使用此类系统之间的关系。建设项目是特定的,独特的,并且许多项目是复杂的,并且具有不同的时间限制和预算。通常,对构建感兴趣的IT技术的讨论集中在商业IT或计算机科学研究的一般发展所必须提供的最新工具上。施工过程中信息资源的正确和相关管理会影响项目的成功以及单个项目参与者的整体绩效,从而确保所有参与者在适当的时间执行和控制项目计划。这很大程度上受到项目经理如何获取,使用,存储,重用和集成相关信息以帮助生成项目估算的影响。本文介绍了与建筑业中IT实施及其服务有关的文献,目的是在苏黎世世界最高筒仓的建设背景下突出合适的概念性IT模型。它还介绍了一些结构化方法,例如计算机辅助设计(CAD)和计算机辅助制造(CAM),它们在施工过程的管理中具有重要意义。这项研究的重点是收集Swissmill项目管理团队在使用和应用IT程序方面的经验,以评估所有项目参与者实现的收益。最后,研究表明,使用决策树计划将是选择最佳替代方案的更可持续的方式,它可以帮助主管人员更有效地管理大型复杂项目中面临的问题。通过实施IT方法获得的结果证明了该方法在筒仓建设项目中解决复杂难题的强大功能。

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