Keyphrases
Condition Monitoring
100%
Systems Engineering
100%
Digital Applications
100%
System Engineering Methodology
100%
Subsea Sensors
100%
Support Conditions
66%
Health Benefits
33%
Health Safety
33%
Health Environment
33%
High Complexity
33%
Efficient Operation
33%
Control Efficacy
33%
Environmental Benefits
33%
Measurement Uncertainty
33%
Safety Benefits
33%
Sensor Failure
33%
Oil Recovery
33%
Operational Flexibility
33%
Current Market
33%
Fault Detection Algorithm
33%
Model-based Fault Detection
33%
System-oriented
33%
Capital Expenditure (CAPEX)
33%
Failure Degradation
33%
Systems Engineering Models
33%
Operational Expenditure
33%
Subsea Production System
33%
Subsea Processing System
33%
Integrated Diagnosis
33%
Engineering
Condition Monitoring
100%
System of Systems
100%
Systems Engineering
100%
Support Condition
66%
Processing System
33%
Measurement Uncertainty
33%
Oil Recovery
33%
Deep Water
33%
Capital Expenditure
33%
Subsea Production System
33%
Computer Science
Condition Monitoring
100%
System Engineering Approach
100%
System of Systems
100%
Detection Method
33%
Remote Location
33%
Sensor Failure
33%
Production System
33%
Processing System
33%
System Engineering Model
33%
Operational Expenditure
33%
Fault Detection
33%
Earth and Planetary Sciences
Detection Method
100%
Deep Water
100%
Oil Recovery
100%
Fault Detection
100%
Chemical Engineering
Condition Monitoring
100%