摘要
资源分析是水电工程设计的核心业务,完全依靠人工实现低效繁琐且容易出错。系统建立定额语义分析的相似度推荐算法,实现了适配定额的快速定位:提出定额参数的双向映射模式,实现了定额参数的自动分析。针对设计业务,基于树形知识结构建立了先验与后验相结合的定额配置体系:建立资源微分化分解与积分化求和技术,构建了具备统计周期适应性的资源分析系统。经应用分析,系统大幅缩短人工工时、易于追踪复核、对用户友好。该系统的应用将为水电工程设计智能化提供有力支持。
Resource analysis is a core business in hydropower engineering design,but relying entirely on manual methods is inefficient,cumbersome,and prone to errors.To address this,this study has systematically developed a similarity recommendation algorithm for quota semantic analysis,enabling rapid localization of appropriate quotas,and proposed a bidirectional mapping model for quota parameters,achieving automated analysis of these parameters.For design-related business,a quota configuration system that integrates prior and posterior knowledge is established based on a tree-shaped knowledge structure,and a technique for differentiating and decomposing resources and integrating them through summation is developed to construct a resource analysis system that is adaptive to statistical cycles.Application analysis shows that the system significantly reduces manual working hours,is easy to track and verify,and is user-friendly.The application of this system will provide strong support for the intelligent design of hydropower engineering.
作者
李鹏
李心睿
蒋林魁
王祥峰
宋睿
庞小荣
LI Peng;LI Xin-rui;JIANG Lin-kui;WANG Xiang-feng;SONG Rui;PANG Xiao-rong(Chengdu Engineering Corporation Limited,Chengdu 610072,Sichuan Province,China;State Key Laboratory of Water Resources Engineering and Management,Wuhan university,Wuhan 430072,Hubei Province,China)
出处
《中国农村水利水电》
北大核心
2025年第11期192-197,共6页
China Rural Water and Hydropower
关键词
资源分析
智能设计
辅助设计系统
自然语言处理
先验设计
后验设计
resource analysis
intelligent design
auxiliary design system
natural language processing
prior design
posteriori design
