面向工程造价数字化的市政道路工程造价指标框架编制要点研究
(1.广州市南沙新区产业园区开发建设管理局,广东 广州 511400;2.广州南沙产业建设管理有限公司,广东 广州 511400)
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摘要:随着AI技术在造价行业的深入应用,构建科学完备的造价指标框架,已成为提升AI输出结果准确性、推动行业数字化智能化转型的关键基础。以市政道路工程为对象,编制了一套覆盖多专业、匹配清单编码且适配AI工具的造价指标框架,并依托广咨指标库平台进行实践验证。结果显示,该框架在实例中的项目数据归集率超过80%,验证了框架在实际应用中的可行性与有效性,也为造价领域进一步实现数据驱动与智能分析提供了可操作的参考路径。关键词:市政道路工程;指标框架;工程造价;数字化Abstract:With the deepening application of AI technologies in the cost engineering industry,establishing a scientific and comprehensive cost indicator framework has become a critical foundation for improving the accuracy of AI-generated outputs and promoting the digital and intelligent transformation of the industry. Accordingly,this study takes municipal road engineering as the research object and develops a cost indicator framework that covers multiple disciplines,aligns with bill of quantities coding,and is compatible with AI tools. Practical validation is conducted based on the Guangzi Indicator Database platform. The results show that the framework achieved a projects data aggregation rate exceeding 80% in the case study,confirms the feasibility and effectiveness of the proposed framework in practical applications and provides an operable reference pathway for further advancing data-driven and intelligent analysis in the cost engineering field.Keywords:municipal road engineering;indicator framework;engineering cost;digitalization参考文献[1] 陶书朗.铁路工程数量数字化标准构建与应用研究[J].铁路工程技术与经济,2025(4):22-28,34.[2] 钟声.人工智能在住宅建筑工程造价审核中的应用与优化[J].居舍,2025(19):178-180.[3] 《中国公路学报》编辑部.中国桥梁工程学术研究综述·2024[J].中国公路学报,2024(12):1-160.[4] 林锦全.24版清单计价标准下甲供材费用计取规则变化研究[J].建筑经济,2025(8):58-62.[5] 李世洪.信息化在公路造价工作中的应用[J].运输经理世界,2021(34):73-75.[6] 彭雷雷.基于人工智能的工程造价估算系统优化设计[J].信息记录材料,2025(7):122-124.[7] 刘欢欢.公路工程造价指标系统开发研究[J].科技创新与应用,2025(22):99-102.[8] 李家晖,傅惠.具有交通子区OD方向的城市道路网络分区方法[J].工业工程,2025(5):142-151.建筑经济,2026(4):54-60
