Hybrid data augmentation method for combined failure recognition in rotating machines

Rotating machines are frequently subject to a wide range of rough conditions, resulting in mechanical failures and performance degradation. Thus, it is important to apply proper failure detection and recognition techniques, such as machine learning algorithms, to prevent these issues early. In indus...

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Vydáno v:	Journal of intelligent manufacturing Ročník 34; číslo 4; s. 1795 - 1813
Hlavní autoři:	Martins, Dionísio H. C. S. S., de Lima, Amaro A., Pinto, Milena F., Hemerly, Douglas de O., Prego, Thiago de M., e Silva, Fabrício L., Tarrataca, Luís, Monteiro, Ulisses A., Gutiérrez, Ricardo H. R., Haddad, Diego B.
Médium:	Journal Article
Jazyk:	angličtina
Vydáno:	New York Springer US 01.04.2023 Springer Nature B.V
Témata:	Advanced manufacturing technologies Algorithms Business and Management Classification Control Data augmentation Failure Failure detection Machine learning Machines Manufacturing Mechatronics Performance degradation Processes Production Random noise Recognition Robotics Rotating machinery Rotating machines Support vector machines Combined failures recognition Data augmentation Imbalance Rotating machines Misalignment Predictive maintenance
ISSN:	0956-5515, 1572-8145
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Abstract	Rotating machines are frequently subject to a wide range of rough conditions, resulting in mechanical failures and performance degradation. Thus, it is important to apply proper failure detection and recognition techniques, such as machine learning algorithms, to prevent these issues early. In industrial environments, little data exists regarding failure conditions, which hinders the training stage of the classification algorithms responsible for classifying the failures. Therefore, this work proposes a hybrid method of data augmentation to increase the number of minority class instances in order to improve classifier performance. The approach combines the synthetic minority over-sampling and the additive white Gaussian noise techniques to create a set of artificial signals. The results show that the proposal is able to achieve better results than applying those techniques separately and also when using an undersampling strategy. For comparison purposes, four machine learning classification methods were analyzed alongside our data augmentation proposal, namely, support vector machines, K -nearest neighbors, random forest and stacked sparse autoencoder. The proposed hybrid data augmentation method associated with stacked sparse autoencoder outperformed the other models obtaining an accuracy of 100% and a processing time of 0.13 s.
AbstractList	Rotating machines are frequently subject to a wide range of rough conditions, resulting in mechanical failures and performance degradation. Thus, it is important to apply proper failure detection and recognition techniques, such as machine learning algorithms, to prevent these issues early. In industrial environments, little data exists regarding failure conditions, which hinders the training stage of the classification algorithms responsible for classifying the failures. Therefore, this work proposes a hybrid method of data augmentation to increase the number of minority class instances in order to improve classifier performance. The approach combines the synthetic minority over-sampling and the additive white Gaussian noise techniques to create a set of artificial signals. The results show that the proposal is able to achieve better results than applying those techniques separately and also when using an undersampling strategy. For comparison purposes, four machine learning classification methods were analyzed alongside our data augmentation proposal, namely, support vector machines, K-nearest neighbors, random forest and stacked sparse autoencoder. The proposed hybrid data augmentation method associated with stacked sparse autoencoder outperformed the other models obtaining an accuracy of 100% and a processing time of 0.13 s. Rotating machines are frequently subject to a wide range of rough conditions, resulting in mechanical failures and performance degradation. Thus, it is important to apply proper failure detection and recognition techniques, such as machine learning algorithms, to prevent these issues early. In industrial environments, little data exists regarding failure conditions, which hinders the training stage of the classification algorithms responsible for classifying the failures. Therefore, this work proposes a hybrid method of data augmentation to increase the number of minority class instances in order to improve classifier performance. The approach combines the synthetic minority over-sampling and the additive white Gaussian noise techniques to create a set of artificial signals. The results show that the proposal is able to achieve better results than applying those techniques separately and also when using an undersampling strategy. For comparison purposes, four machine learning classification methods were analyzed alongside our data augmentation proposal, namely, support vector machines, K -nearest neighbors, random forest and stacked sparse autoencoder. The proposed hybrid data augmentation method associated with stacked sparse autoencoder outperformed the other models obtaining an accuracy of 100% and a processing time of 0.13 s.
Author	Martins, Dionísio H. C. S. S. e Silva, Fabrício L. Gutiérrez, Ricardo H. R. Pinto, Milena F. Tarrataca, Luís Hemerly, Douglas de O. Prego, Thiago de M. Monteiro, Ulisses A. Haddad, Diego B. de Lima, Amaro A.
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Snippet	Rotating machines are frequently subject to a wide range of rough conditions, resulting in mechanical failures and performance degradation. Thus, it is...
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SubjectTerms	Advanced manufacturing technologies Algorithms Business and Management Classification Control Data augmentation Failure Failure detection Machine learning Machines Manufacturing Mechatronics Performance degradation Processes Production Random noise Recognition Robotics Rotating machinery Rotating machines Support vector machines
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Title	Hybrid data augmentation method for combined failure recognition in rotating machines
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