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Managing information complexity using system dynamics on construction projects

机译:在建设项目中使用系统动力学来管理信息复杂性

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The increase in e-commerce, the digitisation of design data and the interchange and sharing of information have made the construction sector more reliant upon IT infrastructure and systems. The design and production process is complex, dynamic, interconnected and dependent upon greater information mobility, requiring seamless exchange of data and information in real time. Small- and medium-sized enterprises (SMEs), in particular, specialty contractors, can utilise cost-effective collaboration technologies, such as cloud computing using software as a service, to help in the effective transfer of information and data. The system dynamics (SD) approach gives a better understanding of the dynamics of complex systems. SD methodology is used as a modelling and analysis tool to understand and identify the key drivers in the absorption of cloud computing for SMEs. The aim is to determine how the use of SD can improve the management of complexity of information flow, leading to improved performance for SMEs. SD is shown to be a viable tool to manage information complexity using cloud computing for performance improvement in construction.
机译:电子商务的增长,设计数据的数字化以及信息的交换和共享使建筑业更加依赖于IT基础架构和系统。设计和生产过程复杂,动态,相互联系,并依赖于更大的信息移动性,因此需要实时无缝交换数据和信息。中小型企业(SME),尤其是专业承包商,可以利用具有成本效益的协作技术(例如使用软件即服务的云计算)来帮助有效地传输信息和数据。系统动力学(SD)方法可更好地了解复杂系统的动力学。 SD方法学用作建模和分析工具,以了解和识别中小企业吸收云计算的主要驱动力。目的是确定使用SD可以如何改善信息流的复杂性管理,从而提高中小型企业的绩效。 SD被证明是使用云计算来管理信息复杂性以提高建筑性能的可行工具。

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