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GM(1,1)逐步优化建模方法及其在数控系统故障诊断中的应用
引用本文:罗佑新,廖德岗,唐黔湘,何哲明.GM(1,1)逐步优化建模方法及其在数控系统故障诊断中的应用[J].机床与液压,2002(6):229-231.
作者姓名:罗佑新  廖德岗  唐黔湘  何哲明
作者单位:常德师范学院机械工程系,中国湖南常德,415003
摘    要:数控机床的数控系统的可靠性对数控机床质量起着非常重要的作用,但其故障信息是少信息的,如何对其故障做出合理的预测,具有重大的实践意义和理论价值。灰色系统理论是研究贫乏信息的科学理论,具有广泛的适应性。在GM(1,1)建模思想的基础上提出了一种逐步优化的建模方法。应用该模型对数控机床数控故障的预测进行了应用,效果令人满意,它为数控机床故障预测提供了科学而合理的新方法,值得推广使用。

关 键 词:数控系统  数控机床  故障诊断  预测GM(1  1)模型  灰色系统  可靠性
修稿时间:2002年3月8日

A Step by Step Optimum Modeling method of GM(1,1) and Its Application to Fault Diagnosis in NC System of NC Machine Tool
Luo Youxin,Liao Degang,Tang Qianxiang,He Zheming.A Step by Step Optimum Modeling method of GM(1,1) and Its Application to Fault Diagnosis in NC System of NC Machine Tool[J].Machine Tool & Hydraulics,2002(6):229-231.
Authors:Luo Youxin  Liao Degang  Tang Qianxiang  He Zheming
Abstract:The reliability of NC system of NC machine tool is very import ant for the quality of NC machine tool As its data is not more, how to use a little data to forecast its future is very useful in theory and in practice Grey system is a theory which studies poor information specially, and it possesses wide suitability Based on the GM(1,1) modeling method in the document -,we put forward a step by step optimum method A example is given in NC system fault prediction of NC machine tool So a high precision model for it and a good method are established It can be widely used
Keywords:NC machine tool  Fault diagnosis  Prediction  GM(1  1) model  Grey system  
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