摘要
区域稳定性评价受各种确定和不确定、已知和未知、动态和非线性等因素影响,是一项十分复杂且困难的系统课题。本文基于优势面理论,应用人工智能控制理论、计算机及信息技术等先进理论和技术,以及结合地质工程理论、结构控制论和传统方法研究和探讨了区域稳定性智能评价与控制系统的模型和方法。
The assessment of regional stability is a very complex and difficult systematic engineering problem because it is affected not only by certain and uncertain factors,and known and unknown factors, but also by dynamic and nonlinear factors.Based on the preferred plane theory,this paper studies and discusses the intelligent system of assessment and control for regional stability by means of computer and intelligence technology and information technology,in combination with the geoengineering theory and structure control theory.
出处
《地质论评》
CAS
CSCD
北大核心
2000年第z1期212-217,共6页
Geological Review
基金
国家教育部博士点基金项目
江苏省交通科技项目资助成果
关键词
区域稳定性
智能
优势面
神经网络
专家系统
地理信息系统
系统集成
regional stability
intelligence
preferred plane
neural networks
expert system
geographic information system
systematic integration
