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Fingerprint Dive into the research topics where Joseph WINKIN is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Mathematics

Boundary Control
Riccati Differential Equation
Optimal Control
Hamiltonian Systems
Distributed Parameter Systems
Reactor
Closed-loop System
Algebraic Riccati Equation
Positivity
Nonlinear Model
Infinite-dimensional Spaces
Linear Systems
Strings
LQG Control
Operator
Optimal Control Problem
Chemostat Model
Hyperbolic PDEs
Spectral Factorization
Convection-diffusion-reaction Equation
First-order
Positive Systems
Periodic Trajectories
Linear Quadratic Problem
Chemostat
Matrix Differential Equation
Systems of Conservation Laws
Hyperbolic Partial Differential Equations
Infinite-dimensional Systems
Invariant
Robust Estimation
Linear Approximation
State Estimation
Strong Solution
Disturbance
Robust Control
Coexistence
Sufficient Conditions
Model
Feedback Control
Hilbert
Horizon
Time Delay
Invariance
Multiplicity
Inverse Problem
State Space
Methodology
Stabilization
Class

Engineering & Materials Science

Differential equations
Hamiltonians
Factorization
Partial differential equations
Trajectories
State estimation
Transfer functions
State feedback
Asymptotic stability
Feedback control
Feedback
Time delay
Riccati equations
Mathematical operators
Closed loop systems
Algebra
Water levels
Control systems
Chemostats
Linear equations
Computer simulation
Spectral density
Linear systems
Disturbance rejection
Observability
Boundary conditions
Lyapunov functions
Friction
Parameterization
Invariance
Linear matrix inequalities
Error analysis
Stability criteria
Dynamic models
Conservation
Chemical reactors
Sediments
Dynamical systems
Actuators
Controllers
Maximum principle
Hilbert spaces
Composite materials
Polymers
Computational methods
Metals
Inverse problems
Water supply
Power control
Linear programming