Keyphrases
Hurst Exponent
100%
Linear Method
100%
Settling Time
100%
Distributed Control
100%
Fault-tolerant Control System
100%
Hierarchical Formation
100%
Control Performance Analysis
100%
Oscillation Detection
100%
Physics-based Modeling
100%
Post-failure
100%
Modelling Learning
100%
Energy Usage
100%
PID Controller
100%
Machine Learning Classifiers
100%
Hotel Loads
100%
Load Factor
100%
Ship Dataset
100%
Combined Cycle Engine
100%
Speed Optimization
100%
Configuration Optimization
100%
Control Loop
75%
Multifractal Detrended Fluctuation Analysis (MFDFA)
75%
Segment Length
75%
Reconfiguration
66%
Tracking Performance
50%
Safe Travel
50%
Fully Distributed
50%
Distancing Strategies
50%
Performance Time
50%
Linear Quadratic
50%
Distributed Control System
50%
Ensemble System
50%
Cooperative Robotics
50%
Travel Distance
50%
Control Design
50%
Disturbance Input
50%
Layered Control System
50%
Integral Action
50%
Hierarchical Level
50%
Sliding Mode Control
50%
Nonlinear Control Design
50%
Tracking Response
50%
Geometric Configuration
50%
Drone Swarm
50%
Feedback Law
50%
Model Mismatch
50%
Collision Avoidance
50%
External Disturbances
50%
Leader-follower Method
50%
Proportional-derivative Controller
50%
Engineering
Hurst Exponent
100%
Performance Analysis
100%
Control Loop
100%
Max
100%
Industrial Applications
100%
Segment Length
100%
Hotel Load
100%
Load Factor
100%
Conventional Engine
100%
Auxiliary Load
100%
Fuel Efficiency
100%
Physical Modeling
50%
Nonlinear System
50%
Response Time
50%
Characterization Method
33%
Past Decade
33%
Industrial Control
33%
Priori Information
33%
Closed Loop
33%
Polynomial Model
33%
Artificial Neural Network
33%
Engine Efficiency
33%
Auxiliary Power Consumption
33%
Energy Production
25%
Batch Manufacturing
25%
Linear Equation
25%
Energy Conservation
25%
Paper Machine
25%
Energy Efficiency
25%
Energy Flow
25%
