This paper studies the use of an ensemble of one-class classifiers for broken rotor bars detection in an induction motors. To achieve this goal, the current signal of induction motor is considered into account for the sake of detection. The fault detector is a multiple classifiers system (MCS), which combines various one-class classifiers to enhance the accuracy of the monitoring system compared to individual one-class classifiers. One-class classifiers are combined in different manners to form the ensembles. These include random subspace, bagging and boosting strategies. These ensemble-based schemes are constructed in homogeneous and heterogeneous configuration and compared together for the purpose of fault detection in induction motors
The frequencies and amplitudes of the broken rotor bar (BRB) fault features are the basis for the ac...
Abstract—Broken rotor bars in induction motors can be de-tected by monitoring any abnormality of the...
Broken rotor bars (BRBs) in induction motors (IMs) are a common kind of failure and one of the most ...
This paper studies the use of an ensemble of one-class classifiers for broken rotor bars detection i...
This paper deals with the problem of broken rotor bar detection in induction motors. In this techniq...
This article presents an industrial implementation of a virtual sensor in the process of fault detec...
In this thesis, multiple methods and different approaches have been established and evaluated succes...
Rotor bars are one of the most failure-critical components in induction machines. We present an appr...
Today, real-time fault detection and predictive maintenance based on sensor data are actively introd...
A new algorithm is proposed in order to detect and quantify partially broken bars in induction motor...
Three phase induction motors have been intensively utilized in industrial applications, mainly due t...
Abstract: Recent research in fault classification has shown that one of the benefits of using ensemb...
This article presents a fault detection scheme for the case of a broken bar occurrence in a three ph...
Induction motors are used worldwide as the workhorse in industrial applications. Although, these e...
Two practical inevitabilities for diagnostic systems are the abilities of incremental learning in no...
The frequencies and amplitudes of the broken rotor bar (BRB) fault features are the basis for the ac...
Abstract—Broken rotor bars in induction motors can be de-tected by monitoring any abnormality of the...
Broken rotor bars (BRBs) in induction motors (IMs) are a common kind of failure and one of the most ...
This paper studies the use of an ensemble of one-class classifiers for broken rotor bars detection i...
This paper deals with the problem of broken rotor bar detection in induction motors. In this techniq...
This article presents an industrial implementation of a virtual sensor in the process of fault detec...
In this thesis, multiple methods and different approaches have been established and evaluated succes...
Rotor bars are one of the most failure-critical components in induction machines. We present an appr...
Today, real-time fault detection and predictive maintenance based on sensor data are actively introd...
A new algorithm is proposed in order to detect and quantify partially broken bars in induction motor...
Three phase induction motors have been intensively utilized in industrial applications, mainly due t...
Abstract: Recent research in fault classification has shown that one of the benefits of using ensemb...
This article presents a fault detection scheme for the case of a broken bar occurrence in a three ph...
Induction motors are used worldwide as the workhorse in industrial applications. Although, these e...
Two practical inevitabilities for diagnostic systems are the abilities of incremental learning in no...
The frequencies and amplitudes of the broken rotor bar (BRB) fault features are the basis for the ac...
Abstract—Broken rotor bars in induction motors can be de-tected by monitoring any abnormality of the...
Broken rotor bars (BRBs) in induction motors (IMs) are a common kind of failure and one of the most ...