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4D dynamic management for construction planning and resource utilization

机译:4D动态管理,用于施工计划和资源利用

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摘要

The requirements, nowadays, for more effective planning and management assistance from computer have become even more demanding. In this paper, our 4D model, 4D Site Management Model+ (4DSMM+), is described, a model developed in an attempt to address the requirement for linking scheduling data to a 3D computer graphics building model, which will allow planners to perform graphic simulations of the construction process. Compared to other 4D models and our earlier research, the current model extends 4D technology into the areas of resource management and site space utilization, in addition to the planning of building construction. A new information system platform, 4D Management for Construction Planning and Resource Utilization (4D-MCPRU), has been developed in this research, in order to implement the model 4DSMM+, which integrates dynamic resource management at the project level and decision-making support with the other features. This paper discusses features of the newly extended model and describes the underlying techniques needed for applying the model in construction management practice.
机译:如今,对计算机进行更有效的计划和管理协助的要求变得更加苛刻。在本文中,我们描述了我们的4D模型4D Site Management Model +(4DSMM +),该模型旨在解决将调度数据链接到3D计算机图形构建模型的需求,这将使计划人员可以对施工过程。与其他4D模型和我们之前的研究相比,当前模型将4D技术扩展到资源管理和站点空间利用领域,以及建筑施工的规划。为了实施4DSMM +模型,该信息系统平台开发了一个新的信息系统平台,即“ 4D管理规划和资源利用”(4D-MCPRU),该模型将项目级别的动态资源管理和决策支持与其他功能。本文讨论了新扩展的模型的功能,并介绍了在建筑管理实践中应用该模型所需的基础技术。

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