Keyphrases
Hilbert Space
100%
Explicit Model Predictive Control
100%
Optimal Approximation
100%
Bounded Real Lemma
100%
Storage Function
100%
Multirate Systems
100%
Function Approach
100%
PDE
100%
Well-posedness
100%
Infinite Dimension
100%
Explicit MPC
100%
Time-varying Linear Systems
100%
Constraint Satisfaction
100%
Wave Equation
100%
Heat Equation
100%
Infinite-dimensional port-Hamiltonian System
100%
Boundary Control
100%
Input Constraints
66%
MPC Design
66%
Multi-rate
50%
Original System
50%
Port-Hamiltonian Systems
50%
Strongly Continuous
50%
Evolution Family
50%
Optimal Approximants
50%
Separable Hilbert Space
50%
Perturbed Systems
50%
Time-varying Systems
50%
Partial Differential Equation Systems
50%
Scattering Passive System
50%
Kalman-Yakubovich-Popov Inequality
50%
Time-invariant
50%
Multiplicative Perturbation
50%
Well-posed
50%
Lipschitz Domain
50%
Energy Inequality
50%
Additive Perturbation
50%
Operator Function
50%
Delay Component
50%
Boundary Observation
50%
State Dynamics
50%
Linear port-Hamiltonian System
50%
Explicit Solution
33%
PDE Model
33%
Neumann Boundary Condition
33%
Temporal Discretization
33%
Unstable Heat Equation
33%
Parabolic PDE Systems
33%
Optimization Horizon
33%
MPC Optimization
33%
Mathematics
Wave Equation
100%
Linear System
100%
Hilbert Space
100%
Continuous Time
100%
Solvability
100%
Sufficient Condition
50%
Lipschitz Domain
50%
Multiplicative
50%
Operator Function
50%
Hamiltonian Systems
50%
Partial Differential Equation System
50%
Separable Hilbert Space
50%
Discrete Time System
25%
Posedness
25%
Thirty Year
25%
Dimensional Time
25%
State Constraint
20%
Tucker Theorem
20%
Distributed Parameter
20%
Active Set Method
20%
Engineering
Predictive Control Model
100%
Input Constraint
100%
Solvability
100%
Control Boundary
66%
Slater's Condition
50%
Cayley Transformation
50%
Explicit Solution
50%
Discretization
50%
Constraint Set
50%
Active Constraint
50%
Salient Feature
50%
Neumann Boundary Condition
50%
Actuation
50%
Posedness
33%
