Add to ORKGAn overview of various modeling frameworks for hybrid systems is given followed by a comparison of the modeling power and the model complexity, which can serve as a guideline for choosing the right model for a given analysis or control problem with hybrid dynamics. Then, the main analydsis and design tasks for hybrid system.s are surveyed together with the methods for their solution, which will be discussed in more detail in subsequent chapters
1 A rigorous means for modeling and evaluating hybrid systems is needed for the efficient and cost-e...
The benefits of Hybrid Simulation (HS) are well recorded in academic literature. It offers deeper in...
The benefits of Hybrid Simulation (HS) are well recorded in academic literature. It offers deeper in...
An overview of various modeling frameworks for hybrid systems is given followed by a comparison of t...
Abstract — Hybrid systems have been an active area of re-search for a number of years. Recently a co...
The last part of this volume focuses on hybrid dynamical systems, an area of research that has devel...
The ever-increasing need for accurate mathematical modelling of physical as well as artificial proce...
Wherever continuous and discrete dynamics interact, hybrid systems arise. This is especially the cas...
A tutorial introduction is provided to the relatively new subject of hybrid systems. The modelling o...
The distinguishing characteristic of hybrid systems is the interaction between a continuous-time and...
This paper explores how hybrid modeling may be combined with the system dynamics methodology in orde...
International audienceControl theory is the main subject of this title, in particular analysis and c...
The paper deals with the simulation problem of hybrid systems. With the help of a small hybrid syste...
utomotive systems offer a rich opportunity for hybrid models, controls, and tools. Beyond the tradit...
In this thesis the issue with the description, modeling and analysis of hybrid dynamic systems is so...
1 A rigorous means for modeling and evaluating hybrid systems is needed for the efficient and cost-e...
The benefits of Hybrid Simulation (HS) are well recorded in academic literature. It offers deeper in...
The benefits of Hybrid Simulation (HS) are well recorded in academic literature. It offers deeper in...
An overview of various modeling frameworks for hybrid systems is given followed by a comparison of t...
Abstract — Hybrid systems have been an active area of re-search for a number of years. Recently a co...
The last part of this volume focuses on hybrid dynamical systems, an area of research that has devel...
The ever-increasing need for accurate mathematical modelling of physical as well as artificial proce...
Wherever continuous and discrete dynamics interact, hybrid systems arise. This is especially the cas...
A tutorial introduction is provided to the relatively new subject of hybrid systems. The modelling o...
The distinguishing characteristic of hybrid systems is the interaction between a continuous-time and...
This paper explores how hybrid modeling may be combined with the system dynamics methodology in orde...
International audienceControl theory is the main subject of this title, in particular analysis and c...
The paper deals with the simulation problem of hybrid systems. With the help of a small hybrid syste...
utomotive systems offer a rich opportunity for hybrid models, controls, and tools. Beyond the tradit...
In this thesis the issue with the description, modeling and analysis of hybrid dynamic systems is so...
1 A rigorous means for modeling and evaluating hybrid systems is needed for the efficient and cost-e...
The benefits of Hybrid Simulation (HS) are well recorded in academic literature. It offers deeper in...
The benefits of Hybrid Simulation (HS) are well recorded in academic literature. It offers deeper in...