科技创新与生产力
科技創新與生產力
과기창신여생산력
SCI-TECH INNOVATION & PRODUCTIVITY
2014年
9期
68-69
,共2页
BP神经网络%气象仪%故障诊断
BP神經網絡%氣象儀%故障診斷
BP신경망락%기상의%고장진단
fault diagnosis%BP Neural Network%meteorological instrument
针对神经网络在气象仪故障诊断中的应用研究,提出了以神经网络技术为基准,针对气象仪常见的几类故障分别建立相对应的子神经网络,并总体组成一个神经网络系统来诊断气象仪的故障方法,以帮助维修人员快捷、准确、自动地诊断出故障原因,以降低故障处理时间,提高运行效率。
針對神經網絡在氣象儀故障診斷中的應用研究,提齣瞭以神經網絡技術為基準,針對氣象儀常見的幾類故障分彆建立相對應的子神經網絡,併總體組成一箇神經網絡繫統來診斷氣象儀的故障方法,以幫助維脩人員快捷、準確、自動地診斷齣故障原因,以降低故障處理時間,提高運行效率。
침대신경망락재기상의고장진단중적응용연구,제출료이신경망락기술위기준,침대기상의상견적궤류고장분별건립상대응적자신경망락,병총체조성일개신경망락계통래진단기상의적고장방법,이방조유수인원쾌첩、준학、자동지진단출고장원인,이강저고장처리시간,제고운행효솔。
In this paper, the neural network has been used in weather instrument fault diagnosis. It proposed neural network technology as the basis for the common types of weather instrument failure to establish the corresponding sub-neural network, and the overall composition of a general neural network system diagnostic the weather instrument failure, to help maintenance personnel is fast, accurate, and automatically diagnose the problem. This method reduced the troubleshooting time and im-proved operational efficiency.