Abstract Various lift planning and optimization (LPO) researches have been conducted; nevertheless, the body of knowledge is fragmented. This study aims to develop a systematic framework of LPO and predict its research trends, through a critical literature review, theoretical analysis, and model development. In total 108 journal papers from 1990 to 2019 are identified and analyzed based on the proposed taxonomy of LPO issues and methods. Results reveal an increasing trend of LPO for integrated issues using mixed methods. Owing to the evolving construction innovation like modular construction and thus the more challenging crane-lift problems, the use of innovative modeling methods (e.g. virtual reality simulation and intelligent algorithms) has increased. The complicated LPO issues should be integrated and addressed with appropriate modeling methods. The proposed framework contributes to systematic understanding on LPO and the suggested topics will drive future research to new heights in addressing the complexity and dynamics of LPO.

中文翻译：

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施工中的电梯规划和优化：三十年回顾

摘要 已经进行了各种电梯规划和优化（LPO）研究；然而，知识体系是支离破碎的。本研究旨在通过批判性文献综述、理论分析和模型开发，开发 LPO 的系统框架并预测其研究趋势。基于 LPO 问题和方法的拟议分类法，共识别和分析了 1990 年至 2019 年的 108 篇期刊论文。结果表明，使用混合方法处理综合问题的 LPO 呈上升趋势。由于模块化建筑等不断发展的建筑创新以及更具挑战性的起重机起重问题，创新建模方法（例如虚拟现实模拟和智能算法）的使用有所增加。复杂的 LPO 问题应该通过适当的建模方法进行整合和解决。拟议的框架有助于系统地理解 LPO，建议的主题将推动未来研究在解决 LPO 的复杂性和动态方面达到新的高度。