摘要
曹娥江大闸安全监控综合评价系统由若干个子系统组成,其中安全监测系统的分层和分块特性使得系统更为复杂,以往的局部监测、局部诊断和评价等技术手段已不适合本工程实际安全管理需要.本文运用近年来才发展起来的信息融合技术,将信息、人工智能、材料、工程与管理等多学科的理论和方法进行科学、有效、合理的融合,并初步将其分为数据融合、分析融合、诊断融合和评价融合等4个层次,从而建立曹娥江大闸安全监测评价系统,实现大闸安全智能监控的目标.
The Cao＇e river floodgate safety monitoring and appraisal system is composed of some sub-systems. The system lamination and the piecemeal characteristics make the system very complex. Former partial monitoring methods, partial diagnosis and appraisal can not meet this actual safety control need of the project. The information fusion technology, developed in recent years, is used to fuse the information, the artificial intelligence, the material, the project management data and so on effectively. The fusion has four levels： the data fusion, the analysis fusion, the diagnosis fusion and the appraisal fusion. The Cao＇e river floodgate safety monitoring system is thus established and the floodgate security intelligence monitoring goal is accomplished.
出处
《水利水运工程学报》
CSCD
北大核心
2009年第2期21-25,共5页
Hydro-Science and Engineering
基金
"十一五"国家科技支撑计划项目"水库大坝安全保障关键技术研究"(2006BAC14B04)
关键词
曹娥江大闸
安全监测系统
信息智能融合
综合评价
Cao＇e river floodgate
safety monitoring system
information intelligence fusion
synthetic evaluation
