•The introduction of a deep learning methodology for the classification of different perturbation types and their position in the reactor core, using convolutional neural networks •The performance of a complementary robustness analysis to assess the system's performance on noisy or missing data •The assessment of the system's functionality on plant measurements obtained from the Gösgennuclear power plan in Switzerlan
When an abnormal situation occurs in a nuclear power plant (NPP), operators must properly diagnose t...
With Europe's ageing fleet of nuclear reactors operating closer to their safety limits, the monitori...
A critical issue for the safe operation of nuclear power plants is to quickly and accurately detect ...
In this work, a novel deep learning approach to unfold nuclear power reactor signals is proposed. It...
In this work, a novel deep learning approach to unfold nuclear power reactor signals is proposed. It...
The safe operation of nuclear power plants is highly dependent on the ability of quickly and accurat...
The safe operation of nuclear power plants is highly dependent on the ability of quickly and accurat...
Presented at IJCNN 2018, this presentation contains the description of a novel deep learning approac...
The safe operation of nuclear power plants is highly dependent on the ability of quickly and accurat...
In this work, a novel deep learning approach to unfold nuclear power reactor signals is proposed. It...
Monitoring nuclear reactors working at nominal conditions is fundamental for safety purposes
Main Objectives Detect anomalies in nuclear reactors using non‐intrusive methodologies Anomalies • ...
Presentation delivered at the workshop titled "Advanced Signal Processing Methods And Learning Metho...
Presentation delivered at the workshop titled "Advanced Signal Processing Methods And Learning Metho...
The use of machine learning in the field of reactor safety and noise diagnostics has recently seen g...
When an abnormal situation occurs in a nuclear power plant (NPP), operators must properly diagnose t...
With Europe's ageing fleet of nuclear reactors operating closer to their safety limits, the monitori...
A critical issue for the safe operation of nuclear power plants is to quickly and accurately detect ...
In this work, a novel deep learning approach to unfold nuclear power reactor signals is proposed. It...
In this work, a novel deep learning approach to unfold nuclear power reactor signals is proposed. It...
The safe operation of nuclear power plants is highly dependent on the ability of quickly and accurat...
The safe operation of nuclear power plants is highly dependent on the ability of quickly and accurat...
Presented at IJCNN 2018, this presentation contains the description of a novel deep learning approac...
The safe operation of nuclear power plants is highly dependent on the ability of quickly and accurat...
In this work, a novel deep learning approach to unfold nuclear power reactor signals is proposed. It...
Monitoring nuclear reactors working at nominal conditions is fundamental for safety purposes
Main Objectives Detect anomalies in nuclear reactors using non‐intrusive methodologies Anomalies • ...
Presentation delivered at the workshop titled "Advanced Signal Processing Methods And Learning Metho...
Presentation delivered at the workshop titled "Advanced Signal Processing Methods And Learning Metho...
The use of machine learning in the field of reactor safety and noise diagnostics has recently seen g...
When an abnormal situation occurs in a nuclear power plant (NPP), operators must properly diagnose t...
With Europe's ageing fleet of nuclear reactors operating closer to their safety limits, the monitori...
A critical issue for the safe operation of nuclear power plants is to quickly and accurately detect ...