In this paper, the symbolic simulation of hybrid dynamical systems is studied and an algorithm to compute symbolic solutions for such systems is presented. The tasks to perform such simulations are introduced and an algorithm to symbolically calculate a solution to a hybrid system is presented. The symbolic representation allows the proposed simulator to calculate the actual solution to the system. Benefits and drawbacks of symbolic simulation with respect to the numerical approach are presented. These statements are supported and illustrated in several examples throughout the paper
We consider piecewise defined differential dynamical systems which can be analysed through symbolic ...
We present a methodology and a toolkit for improving simulation coverage of Simulink/Stateflow model...
The paper deals with the simulation problem of hybrid systems. With the help of a small hybrid syste...
A hybrid system is a dynamical system whose behavior exhibits both discrete and continuous change. A...
Abstract. In this paper we present a simulator designed to handle multibody systems with changing co...
Although boundary control of linear partial differential equations has become an important research ...
Aimed at verifying safety properties and improving simula-tion coverage for hybrid systems models of...
Aimed at verifying safety properties and improving simulation coverage for hybrid systems models of ...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
Aimed at verifying safety properties and improving simulation coverage for hybrid systems models of ...
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...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
We consider piecewise defined differential dynamical systems which can be analysed through symbolic ...
We present a methodology and a toolkit for improving simulation coverage of Simulink/Stateflow model...
The paper deals with the simulation problem of hybrid systems. With the help of a small hybrid syste...
A hybrid system is a dynamical system whose behavior exhibits both discrete and continuous change. A...
Abstract. In this paper we present a simulator designed to handle multibody systems with changing co...
Although boundary control of linear partial differential equations has become an important research ...
Aimed at verifying safety properties and improving simula-tion coverage for hybrid systems models of...
Aimed at verifying safety properties and improving simulation coverage for hybrid systems models of ...
The paper discusses the use of symbolic and numeric computation, and a suitable combination of it, i...
Aimed at verifying safety properties and improving simulation coverage for hybrid systems models of ...
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...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
We consider piecewise defined differential dynamical systems which can be analysed through symbolic ...
We present a methodology and a toolkit for improving simulation coverage of Simulink/Stateflow model...
The paper deals with the simulation problem of hybrid systems. With the help of a small hybrid syste...