工作流程
计算机科学
审计
软件工程
管道(软件)
顺从(心理学)
基于规则的系统
编码(社会科学)
本体论
数据科学
知识表示与推理
一致性检查
人工智能
自动化方法
模型检查
自动计划和调度
帧(网络)
过程(计算)
迭代和增量开发
信息模型
知识管理
代表(政治)
最佳实践
质量保证
过程管理
风险分析(工程)
语义学(计算机科学)
建筑
自动化
基于知识的系统
作者
Youssef Senousy,Franco Cheung,Thomas Beach,Ogerta Elezaj,Edlira Vakaj
标识
DOI:10.1016/j.autcon.2026.107165
摘要
Since 2022, advances in Artificial Intelligence (AI) and Large Language Models (LLMs) have reshaped Automated Compliance Checking (ACC) in AEC. This review applies an AI-driven PRISMA workflow combining LLM-assisted discovery and screening with transparent provenance and audit trails. Studies are mapped to five ACC pipeline stages: rule interpretation, model preparation, rule execution, reporting, and decision support. Iterative coding identifies ten cross-cutting themes used as analytical lenses: Multimodal Information Extraction, Formalisation of Regulatory Text, Semantic Alignment with BIM/IFC, Integration of Ontologies and Knowledge Graphs, Rule Representation and Reasoning, Model-Driven Compliance Intelligence, Tool Development and Real-World Application, Explainability and Trust in AI Systems, Human-in-the-Loop Approaches, Evaluation and Benchmarking. The analysis examines their presence across stages, highlights the rise of LLM-assisted rule discovery, and identifies assurance practices. The review presents a stage-based gap analysis, an evidence-based agenda for interpretable, auditable, multimodal ACC, and a reproducible method for maintaining a living review over time.
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