This paper concerns the feasibility of using Self-Organising Feature Maps for the insulation assessment of paper insulated cables. This class of neural networks is able to isolate different clusters within the discharge activity obtained throughout a degradation process. However, once trained, they are incapable of identifying novel states in the insulation of the sample. As a possible solution of this problem, the authors present a variation of the SOM based on the expansion of the trained map. With this modification, SOM can be used for the condition monitoring of the cables and the prediction of incipient faults.</p
This paper investigates the methodology of the machine learning technique, namely the Support Vector...
Condition monitoring of systems and detection of changes in the systems are of significant importanc...
The Medium Voltage (MV) network in the Netherlands is almost entirely composed of underground cables...
This paper concerns the feasibility of using Self-Organising Feature Maps for the insulation assessm...
The insulation condition of 11 kV paper cables was analyzed using self-organizing maps, a type of ar...
The insulation condition of 11 kV paper cables was analyzed using self-organizing maps, a type of ar...
The insulation condition of cables has been the focus of research in power systems. To address the p...
The goal of this paper is to study a proactive condition monitoring system for fluid power systems w...
International audienceLow voltage distribution networks have not been traditionally designed to acco...
International audienceLow voltage distribution networks have not been traditionally designed to acco...
Low voltage distribution networks have not been traditionally designed to accommodate the large-scal...
Condition-based monitoring (CBM) has been a vital engineering method to assess high voltage (HV) equ...
Cross linked polyethylene (XLPE) cables are widely used in power industries due to their good electr...
Insulators of the kind used for overhead transmission lines institute important kinds of insulation ...
An outage of a power transformer, generally, has heavy financial consequences for electric power sys...
This paper investigates the methodology of the machine learning technique, namely the Support Vector...
Condition monitoring of systems and detection of changes in the systems are of significant importanc...
The Medium Voltage (MV) network in the Netherlands is almost entirely composed of underground cables...
This paper concerns the feasibility of using Self-Organising Feature Maps for the insulation assessm...
The insulation condition of 11 kV paper cables was analyzed using self-organizing maps, a type of ar...
The insulation condition of 11 kV paper cables was analyzed using self-organizing maps, a type of ar...
The insulation condition of cables has been the focus of research in power systems. To address the p...
The goal of this paper is to study a proactive condition monitoring system for fluid power systems w...
International audienceLow voltage distribution networks have not been traditionally designed to acco...
International audienceLow voltage distribution networks have not been traditionally designed to acco...
Low voltage distribution networks have not been traditionally designed to accommodate the large-scal...
Condition-based monitoring (CBM) has been a vital engineering method to assess high voltage (HV) equ...
Cross linked polyethylene (XLPE) cables are widely used in power industries due to their good electr...
Insulators of the kind used for overhead transmission lines institute important kinds of insulation ...
An outage of a power transformer, generally, has heavy financial consequences for electric power sys...
This paper investigates the methodology of the machine learning technique, namely the Support Vector...
Condition monitoring of systems and detection of changes in the systems are of significant importanc...
The Medium Voltage (MV) network in the Netherlands is almost entirely composed of underground cables...