Add to ORKGAlthough boundary control of linear partial differential equations has become an important research area, there is still no readily available simulation tool to help researchers analyze and design. In this article, a simulation method for some typical boundary control problems, combining symbolic math and a numerical method, is presented with application examples. In the intermediate steps of the simulation, an important by-product, transfer function of the controlled system, can be obtained, which makes the design of more advanced boundary controllers possible and much easier
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Symbolic computation has been applied to Runge-Kutta technique in order to solve a two-point boundar...
AbstractModern transfer function methods use quite a lot of abstract algebra in the design of contro...
Abstract — Although boundary control of linear partial differ-ential equations has become an importa...
In this paper, the symbolic simulation of hybrid dynamical systems is studied and an algorithm to co...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
Modeling of the non-linear dynamic behavior of technical systems is not yet sufficiently supported b...
In this paper several applications on the use of symbolic computation to control system design are d...
Abstract. This paper presents an efficient symbolic-numerical approach for generating and solving th...
AbstractThis paper proposes an intermediate approach between simulation and formal verification. Thi...
Symbolic computation has been applied to Runge-Kutta technique in order to solve a two-point boundar...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Abstract: Some features of computer simulation and applications of the numerical methods o...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Symbolic computation has been applied to Runge-Kutta technique in order to solve a two-point boundar...
AbstractModern transfer function methods use quite a lot of abstract algebra in the design of contro...
Abstract — Although boundary control of linear partial differ-ential equations has become an importa...
In this paper, the symbolic simulation of hybrid dynamical systems is studied and an algorithm to co...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
Modeling of the non-linear dynamic behavior of technical systems is not yet sufficiently supported b...
In this paper several applications on the use of symbolic computation to control system design are d...
Abstract. This paper presents an efficient symbolic-numerical approach for generating and solving th...
AbstractThis paper proposes an intermediate approach between simulation and formal verification. Thi...
Symbolic computation has been applied to Runge-Kutta technique in order to solve a two-point boundar...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Abstract: Some features of computer simulation and applications of the numerical methods o...
The paper discusses the use of symbolic computation for model formulation, model integration, model ...
Symbolic computation has been applied to Runge-Kutta technique in order to solve a two-point boundar...
AbstractModern transfer function methods use quite a lot of abstract algebra in the design of contro...