电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2015年
2期
28-31
,共4页
电网%故障诊断%贝叶斯网络%粗糙集%多Agent系统
電網%故障診斷%貝葉斯網絡%粗糙集%多Agent繫統
전망%고장진단%패협사망락%조조집%다Agent계통
the power grid%fault diagnosis%BayesianNetwork%rough sets%Multi-Agent System
文中设计了贝叶斯与粗糙集方法的多Agent系统的电网故障诊断，给出了该方法解决电网故障诊断的实验步骤，并结合一个经典的电力系统故障诊断模型进行实验，通过多种情况的计算结果，证明了该方法的正确性和优势，设计了基于贝叶斯与粗糙集方法的多Agent系统结构图，给出了各Agent单元的功能设定及协调过程。
文中設計瞭貝葉斯與粗糙集方法的多Agent繫統的電網故障診斷，給齣瞭該方法解決電網故障診斷的實驗步驟，併結閤一箇經典的電力繫統故障診斷模型進行實驗，通過多種情況的計算結果，證明瞭該方法的正確性和優勢，設計瞭基于貝葉斯與粗糙集方法的多Agent繫統結構圖，給齣瞭各Agent單元的功能設定及協調過程。
문중설계료패협사여조조집방법적다Agent계통적전망고장진단，급출료해방법해결전망고장진단적실험보취，병결합일개경전적전력계통고장진단모형진행실험，통과다충정황적계산결과，증명료해방법적정학성화우세，설계료기우패협사여조조집방법적다Agent계통결구도，급출료각Agent단원적공능설정급협조과정。
The essay offers Multi-Agent System fault diagnosis based on Bayesian and Rough and gives the diagnosis procedure. Combined with a classical power grid structure, the experiment has been conducted. The calculation for each phase along with the results has been displayed. Through all the calculation results under different circumstances, the method has been proved both correct and advantaged, and Multi-Agent System Diagram based on Bayesian and Rough has also been designed including the function setting and coordination process for each Agent unit.
