摘要
针对地铁项目施工环境复杂、不可预见因素多、施工事故频发、难以对其进行快速有效的应急决策与救援的问题,首先,搜集以往地铁施工应急案例,分析地铁施工风险因素,运用Protégé软件建立知识本体模型;然后,计算本体库中源案例与目标案例的综合相似度,从案例库中匹配出综合相似度最大的源案例,通过对比本体库中与目标案例相似度最高源案例的关键属性,运用规则推理对相似案例的应急措施进行适用性修改,从而提高应急措施的针对性,为快速有效地应对地铁施工事故进行应急决策提供新的方法;最后,以某地铁项目施工为例,验证了该相似度算法的合理性。
The construction environment of metro project is complex; the unforeseeable factors are many; the construction accidents are frequent, and it is difficult to carry out quick and effective emergency decision-making and rescue. Firstly, the emergency cases of metro construction are collected; the risk factors are analyzed; and the knowledge ontology model is established by software Prot6g6. And then the comprehensive similarity between the source case and the target case in the ontology library is calculated; the source case with maximum similarity degree is selected, the key properties of source case in ontology library and target case are compared; and the adaptability of emergency method of similar cases are modified by rule reasoning to improve the pertinence of the emergency method and provide a new method for emergency decision-making and rescue of metro accidents. Finally, the rationality of the comprehensive similarity algorithm is verified by a case stady.
作者
梅江钟
马玉洁
MEI Jiangzhong MA Yujie(School of Management, Xi＇an University of Architecture ＆ Technology, Xi＇an 710055, Shaanxi, China Changqing Oilfield Eleventh Oil Production Plant, Xi＇an 710055, Shaanxi, China)
出处
《隧道建设》
北大核心
2017年第9期1126-1133,共8页
Tunnel Construction
基金
陕西省教育厅科研计划项目(14JZ023)
关键词
地铁施工风险
应急决策
知识本体
综合相似度
措施推理
metro construction risk
emergency decision
knowledge ontology
comprehensive similarity
measure reasoning
