使用机器学习技术的基于物联网的数控机床状态监测系统

M. K, Prashanth Kannadaguli
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引用次数: 4

摘要

开发了一种基于人工神经网络的数控机床状态监测系统,并将其与数控机床的实时数据相关联。数控机床的状态分类是通过使用机器学习技术来确定它是新机器还是磨损机器来完成的。考虑到从数控机床上加载的实时数据,我们建立了数据库,然后对人工神经网络进行了建模。基于这种机器学习方法,实现了数控机床数据的模式识别和概率建模,成功地完成了数控机床的状态分类。最后,根据机器错误率(MER)对该机器模型进行的性能分析表明,使用人工神经网络建模比其他替代建模技术产生更好的结果,可以用于开发自动数控机床状态监测和识别系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Based CNC Machine Condition Monitoring System Using Machine Learning Techniques
We developed a CNC machine’s condition monitoring system based on Artificial Neural Network (ANN) and correlate the same with the real-time CNC machine data. The classification of the condition of a CNC machine was done by deciding whether it is a fresh machine or worn machine using machine learning techniques. In consideration of real time data loaded from a CNC machine we built a database and then modelled an ANN. Based on this approach of machine learning which implements pattern recognition and probabilistic modelling of the CNC machine data, classification of the condition of a CNC machine was done successfully. Finally, performance analysis of this machine model prevail in terms of Machine Error Rate (MER) upholds the impressive fact that modeling using the ANN yields better results over another alternative modeling techniques and can be used for developing Automatic CNC machine condition monitoring and recognition system.
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