摘要
针对三峡五级船闸系统运行模态的复杂性和混合仿真需求 ,该文建立了相应的连续系统模型以及离散系统模型 ,首次提出了利用双传感器实测数据和模型仿真结果进行信息融合的机制来进行故障诊断和决策的方法 ,并采用面向对象的方法初步实现了该仿真系统 ,给出了船闸系统的动态运行结果 ,为系统后期的运行控制提供了依据。
The continuous variable system model and the discrete event system model are built based on the controlling and running system of three Gorge Five-step Ship Gate because the system is complex and required mixing simulation. For the first time the method is brought forward that using mechanism of information fusion diagnoses fault and makes decision between the real data of double-sensor and the simulation result. The simulation system is realized elementary by means of Oriented-Object programming and shows the dynamic results which helps to following controlling and running of the system.
出处
《计算机仿真》
CSCD
2001年第3期76-79,共4页
Computer Simulation
关键词
船闸运行
系统仿真
数学模型
离散系统
Continuous variable system model Discrete event system model Information fusion Oriented-Object programming
