Modeling and dynamic analysis of lumped-input/distributed-output systems
- LDS of parabolic type
- Influence of initial and boundary conditions on LDS of parabolic type
- LDS of hyperbolic type
- Influence of initial and boundary conditions on LDS of hyperbolic type
- Further mathematical models
- LDS of parabolic type on the basis of finite element method
- LDS of hyperbolic type on the basis of finite element method
- Physical model of technological process as distributed parameter system
Distributed parameter control systems
- Parabolic type LDS control
- Hyperbolic type LDS control
- Control of distributed parameter systems governed by partial differential equations
- Control of parabolic type LDS given by finite element method
- Control of hyperbolic type LDS given by finite element method
- Control of physical model – the hot – air system
- Performance, controllability and optimization of distributed parameter control systems
Robust control of physical model – the hot-air system
Adaptive and predictive control of physical model – the hot-air system