Learning about risk: Machine learning for risk assessment

Изучение рисков: машинное обучение для оценки риска
Nicola Paltrinieri, Louise K. Comfort, Genserik Reniers
2019-06-05

deep neural networkdrive-off scenariomachine learningoil and gas drilling rigrisk assessment
Risk assessment has a primary role in safety-critical industries. However, it faces a series of overall challenges, partially related to technology advancements and increasing needs. There is currently a call for continuous risk assessment, improvement in learning past lessons and definition of techniques to process relevant data, which are to be coupled with adequate capability to deal with unexpected events and provide the right support to enable risk management. Through this work, we suggest a risk assessment approach based on machine learning. In particular, a deep neural network (DNN) model is developed and tested for a drive-off scenario involving an Oil & Gas drilling rig. Results show reasonable accuracy for DNN predictions and general suitability to (partially) overcome risk assessment challenges. Nevertheless, intrinsic model limitations should be taken into account and appropriate model selection and customization should be carefully carried out to deliver appropriate support for safety-related decision-making.
1
Intrinsic model limitations require careful model selection and customization for safety-related decision-making.
2
Results demonstrate reasonable prediction accuracy and suggest that DNNs can partially address challenges in risk assessment.
3
The DNN is developed and tested on a drive-off scenario involving an Oil & Gas drilling rig.
4
The approach may support continuous assessment, learning from past lessons, and processing relevant risk data.
5
The paper develops a machine-learning-based risk assessment approach using a deep neural network (DNN).

an Oil & Gas drilling rig drive-off scenario

deep neural network-based risk assessment predictions and their suitability for supporting safety-related decision-making

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2019-06-05
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Authors
Nicola Paltrinieri
Louise K. Comfort
Genserik Reniers
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