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改进CRITIC与TOPSIS的区域建筑安全评价算法OA

Improved CRITIC Combined with TOPSIS for Regional Building Safety Evaluation Algorithm

中文摘要英文摘要

为了监控区域建筑危险源,提高区域建筑的安全性水平,本文设计了一种区域建筑安全等级评价算法.该算法结合改进的CRITIC权重与TOPSIS模型,突出多个评价指标之间的比较强度,关注指标间的相互关系,充分考虑候选方案的全局最优解,对区域建筑安全等级的评价提出了具体的方法步骤.通过工程实例验证,本文算法在区域建筑安全等级评价中表现出明显优势,可以为决策者提供更科学、更合理的决策依据.

In order to monitor the sources of danger in regional buildings and enhance the safety level of regional constructions,this paper proposes a regional building safety level evaluation algorithm.This algorithm combines an improved CRITIC weighting method with the TOPSIS model,emphasizing the comparison strength among multiple evaluation criteria,focusing on the relationships between criteria,and fully considering the global optimal solution for candidate solutions.Specific method steps for evaluating the safety level of regional buildings are presented.Through engineering case verification,this algorithm demonstrates significant advantages in the evaluation of regional building safety levels,providing decision-makers with a more scientific and rational basis for decision-making.

尹帮治;田桂丰

邵阳职业技术学院信息技术学院 湖南 邵阳 422000广东建设职业技术学院现代教育技术中心 广东 广州 510440

计算机与自动化

改进CRITIC权重TOPSIS模型区域建筑安全等级评价

Improved CRITIC WeightTOPSIS ModelRegional BuildingSafety Level Evaluation

《福建电脑》 2024 (006)

27-33 / 7

本文得到2021年湖南省职业院校教育教学改革研究项目(No.ZJBZ2021108)、广东建设职业技术学院2023年校级科研项目(No.KY2023-10)资助.

10.16707/j.cnki.fjpc.2024.06.005

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