Engineering
Adaptive Control
10%
Aggregator
9%
Applicability
11%
Balanced Realization
9%
Balanced Truncation
14%
Closed Loop
9%
Control Design
11%
Control Law
11%
Control Scheme
30%
Control Strategy
11%
Control System
9%
Controllability
17%
Controller Design
14%
DC Microgrid
14%
Direct Current
13%
Discrete Time
20%
Distributed Control
15%
District Heating System
11%
Electrical Circuit
15%
Energy Engineering
39%
Energy Function
19%
Experimental Result
13%
Feedback Control System
20%
Hamiltonian
84%
Illustrates
27%
Lagrange
12%
Mechanical Systems
39%
Microgrid
11%
Model Reduction
48%
Network System
20%
Nonlinear System
53%
Nonlinearity
15%
Observability
21%
Optimal Control
12%
Output Feedback
9%
Passivity
100%
Piezoelectric
11%
Power Converter
9%
Power Engineering
10%
Power Factor
16%
Prosumer
19%
Realization
13%
Reduced Order Model
17%
Robot
20%
Simulation Result
13%
Singular Value
18%
Sufficient Condition
17%
Value Engineering
12%
Value Function
11%
Voltage Regulation
15%
Mathematics
Approximation Error
10%
Closed Loop
8%
Clustering
5%
Continuous Time
6%
Control System
5%
Discrete Time
10%
Discretization
12%
Distributed Parameter
7%
Edge
5%
Energy Function
20%
Error Bound
11%
Factorization
13%
Fast System
9%
Gradient System
6%
Hamiltonian
36%
Hamiltonian Systems
34%
Hankel Operator
17%
Laplace Operator
8%
Laplacian Matrix
6%
Linear Case
5%
Linear System
6%
Linear Time
6%
Matrix (Mathematics)
20%
Nonlinear Model
6%
Nonlinear System
61%
Nonlinearities
6%
Numerical Example
6%
Optimal Control Theory
9%
Partial Differential Equation
8%
Physical System
6%
Predictive Model
5%
Reduced Model
8%
Reduction Method
9%
RLC Circuit
11%
Singular Value
33%
Sufficient Condition
9%
Transfer Function
6%
Truncation
28%
Keyphrases
Balanced Realization
11%
Balanced Truncation
16%
Closed-loop System
6%
Control Approach
5%
Control Method
7%
Control Scheme
6%
Controller
12%
Direct Current Microgrid
6%
Distributed Control
6%
Energy Function
12%
Gramian
11%
Hankel Operator
8%
Lur'e Networks
8%
Lur'e Systems
5%
Mechanical Systems
11%
Model Order Reduction
15%
Model Reduction
23%
Network Systems
6%
Nonlinear Load
5%
Nonlinear Mechanical Systems
6%
Nonlinear Systems
27%
Order Reduction
8%
Passivity
6%
Passivity Property
10%
Passivity-based
8%
Passivity-based Control
7%
Passivity-based Controller
8%
Port-Hamiltonian
7%
Port-Hamiltonian Framework
6%
Port-Hamiltonian Model
5%
Port-Hamiltonian Systems
22%
Power Network
5%
Power Shaping
5%
Reduced Order Model
13%
Singular Value Analysis
5%
Singular Value Distribution
7%
Storage Function
9%
Structure Preservation
5%
Systems-based
8%
Tuning Rules
6%
Variational System
7%
