Advanced Time-Cost Trade-Off Model using Mixed Integer Programming

O. Kwon, Seunghak Lee, Jaeho Son
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引用次数: 3

Abstract

: Time-Cost Trade-Off (TCTO) model is an important model in the construction project planning and control area. Two types of Existing TCTO model, continuous and discrete TCTO model, have been developed by researchers. However, Using only one type of model has a limitation to represent a realistic crash scenario of activities in the project. Thus, this paper presents a comprehensive TCTO model that combines a continuous and discrete model. Additional advanced features for non-linear relationship, incentive, and liquidated damage are included in the TCTO model. These features make the proposed model more applicable to the construction project. One CPM network with 6 activities is used to explain the proposed model. The model found an optimal schedule for the example to satisfy all the constraints. The results show that new model can represent more flexible crash scenario in TCTO model.
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基于混合整数规划的高级时间成本权衡模型
时间成本权衡(TCTO)模型是建设项目规划与控制领域的一种重要模型。现有的TCTO模型分为连续型和离散型两种。然而,仅使用一种类型的模型在表示项目中活动的实际崩溃场景方面存在局限性。因此,本文提出了一个结合连续和离散模型的综合TCTO模型。额外的非线性关系,激励和违约金的高级功能包括在TCTO模型。这些特点使所提出的模型更适用于建筑工程。使用一个包含6个活动的CPM网络来解释所提出的模型。该模型为实例找到了一个满足所有约束条件的最优调度。结果表明,在TCTO模型中,新模型能更灵活地表征碰撞场景。
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