Engineering
Hydrocyclone
100%
Produced Water
73%
Offshore Oil
62%
Offshore Gas
62%
Gas Production
47%
Separation Efficiency
33%
Oriented Control
32%
Phase Separator
20%
Process Control
17%
Control Strategy
16%
Water Treatment
15%
Human-Machine Interface
13%
Line Fault
13%
Liquid Slug
13%
Vortex
13%
Prototype
13%
Gas Lifts
13%
Experimental Result
13%
Illustrates
13%
State Feedback
13%
Reference Model
13%
Fault Diagnosis
13%
Liquid Phase
13%
Systems Performance
13%
Phase Separation
13%
Initial Value
13%
Long Short-Term Memory
12%
Droplet Size Distribution
11%
Droplet Size
8%
Predictive Control Model
8%
Control Design
8%
Adaptive Control
8%
Artificial Intelligence
8%
Control Systems
7%
Exhaustive Search
7%
Proof-of-Concept
6%
Real-Time Control System
6%
Proportional-Integral-Derivative Control
6%
Limited Application
6%
Fast Prototyping
6%
Process Performance
6%
Least Square
6%
Oil Pipeline
6%
Instrument Calibration
6%
Flowrates
6%
Gas Volume
6%
Bubble Size
6%
Gas Pipeline
6%
Operating Cost
6%
Economic Life
6%
Keyphrases
Offshore Gas
20%
Offshore Oil Production
13%
Interface Design Prototyping
13%
Produced Water Treatment
13%
Offshore Topside
13%
Human-machine Interface
13%
Separation Process
13%
Online Fault Diagnosis
13%
Multilevel Flow Modeling
13%
Hammerstein-Wiener Model
13%
Wiener Model Identification
13%
Adaptive State Feedback
13%
Oil-in-water
13%
Advanced Control
13%
Pipeline Bend
13%
Control Method
13%
Gas Production
13%
Multivariate LSTM
13%
Model Predictive Control
6%
Rapid Prototyping
6%
Design Approach
6%
Process Performance
6%
Offshore Oil
6%
Water Measurement
6%
Implementation Framework
6%
Controller
6%
Water Monitoring
6%
Control System
6%
Gas Installations
6%
Oil Installations
6%
Hammerstein Model
6%
Digitization Technology
6%
Interface System
6%
Process Research
6%
Controlling Behavior
6%
Simulink Real-Time
6%
Flow in pipelines
6%
Absorption Technology
6%
Microbeads
6%
Annular Flow Regime
6%
Control Theory
6%
Proportional-integral-derivative Controller
6%
LSTM Architecture
6%
Transient System
6%
