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A hybrid approach for developing special purpose simulation tools

机译：开发专用仿真工具的混合方法

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摘要

The use of simulation techniques is an effective approach for modeling construction operations. Unfortunately, the high level of technical knowledge and development time required for building functional simulation models renders simulation modeling an impractical technology for many in the construction industry. Research in construction simulation tackles this conflict by providing modeling approaches that reduce the knowledge and time usually required for building simulation models of construction operations. Special purpose simulation (SPS) allows construction engineers with only minimal simulation knowledge to build practical simulation models. This paper presents a hybrid approach (HSPS) for effective and time-saving development of SPS tools. The approach utilizes visual, general purpose modeling elements to customize the simulation behaviors of new SPS elements, minimizing the programming effort required for developing these elements. This paper describes the theoretical background to the HSPS approach, its implementation, and a sample application successfully created subsequently. It also shows the results of an experiment quantifying the savings in development time achieved using this approach.
机译：使用模拟技术是对施工作业进行建模的有效方法。不幸的是，构建功能仿真模型所需的高水平技术知识和开发时间使得仿真建模对于建筑行业中的许多人而言都是不切实际的技术。建筑仿真研究通过提供建模方法来解决此冲突，这些方法减少了构建施工模拟模型所需的知识和时间。专用仿真（SPS）使建筑工程师只需很少的仿真知识即可构建实用的仿真模型。本文提出了一种有效且省时的SPS工具开发的混合方法（HSPS）。该方法利用视觉通用建模元素来自定义新SPS元素的仿真行为，从而最大限度地减少了开发这些元素所需的编程工作。本文介绍了HSPS方法的理论背景，其实现以及随后成功创建的示例应用程序。它还显示了量化使用这种方法所节省的开发时间的实验结果。

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