重复性项目经常受到不确定性事件的干扰而遭受工期延误和费用损失，为应对这种不确定性，考虑重复性项目工作连续性要求，研究其鲁棒调度优化问题。首先，将时间缓冲区技术应用于重复性项目以保证其工作连续性要求，并根据重复性项目特点提出了鲁棒优化指标；然后，建立了鲁棒优化模型，并设计了相应的求解程序；最后，进行工程实例以及蒙特卡洛模拟分析，结果表明:该模型非常适合工作连续情况的重复性项目，能够有效地提高进度计划的解鲁棒性和质鲁棒性，可以帮助重复性项目管理者构建一个适合项目特点且具有一定抗风险能力的进度计划。

Repetitive projects often face various uncertainties during their execution, suffering from project delays and/or cost overruns. To address this challenge, this study considers the requirement of the work continuity and study the robust scheduling optimization problem. Firstly, the time buffer technology is applied to repetitive projects to ensure the work continuity of crews, and a new robustness measure is proposed according to the characteristics of repetitive projects. Secondly, this paper presents a robust optimization model for scheduling repetitive projects and designs the corresponding solution program. Finally, an engineering example and a Monte Carlo simulation experiment show that the proposed robust optimization model is very suitable for repetitive projects with continuous activity and can effectively improve the solution robustness and quality robustness of schedule. This paper can help repetitive project managers to construct a schedule that is suitable for their characteristics and has certain risk resistance ability.

TU723

国家自然科学基金项目“基于关键工序特性规律的重复性项目鲁棒调度研究”(72171081)