动态诊断以混杂系统理论和多智能体理论为主要的理论基础，并遵循动态分析策略。
Dynamic diagnosis is based on hybrid system and multiagent, and follows dynamic analysis strategies.
本论文研究的主要目的就是将混杂系统理论这一新兴理论应用到电力系统紧急控制中去。
The mostly aim of research in this thesis is that applying the theory of hybrid system which is emerging to the emergent control of power system.
通过基于混杂系统理论的通用电力电子电路建模，在此基础上应用最小二乘法实现电力电子电路的器件参数辨识和在线故障诊断。
The parameters of these components can be identified by using least square algorithm via a general modeling method of power electronic circuits based on the theory of hybrid dynamical systems.
通过基于混杂系统理论的通用电力电子电路建模，在此基础上应用最小二乘法实现电力电子电路的器件参数辨识和在线故障诊断。
The parameters of these components can be identified by using least square algorithm via a general modeling method of power electronic circuits based on the theory of hybrid dynamical systems.
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