Add to ORKGHybrid state systems (HSS) are modeled as a combination of Discrete State (DSS) and Continuous State Systems (CSS). The continuous state space can be divided into regions so that in every region depending on the discrete state of HSS the continuous state system dynamic functions are found. An example is provided and some behaviors not encountered in classical (discrete or continuous state) dynamic systems are observed and studied in hybrid state systems
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
Systems in which the dynamical behaviour evolves based on the interaction between the continuous dyn...
Discrete Abstractions of Hybrid Systems A hybrid system is a dynamical system with both discrete and...
The distinguishing characteristic of hybrid systems is the interaction between a continuous-time and...
Hybrid systems combine piecewise continuous behavior with discrete transitions. Hybrid dynamic syste...
This chapter gives an informal introduction to hybrid dynamical systems and illlustrates by simple e...
This paper develops a classification of transition be-haviors for hybrid dynamic systems. Physical s...
Hybrid Systems are dynamical systems presenting both discrete and continuous evolution. Hybrid Autom...
This contribution provides an introduction to the topic of discrete models for hybrid systems. It mo...
The theory of hybrid systems studies the combination of continuous and discrete behaviour. "V h...
This paper deals with the simulation of hybrid systems. These systems mix two different aspects: con...
Hybrid Dynamical Systems (HDS) are systems described by interaction between continuous and discrete ...
Many existing dynamic systems contain mechanical effects like inertia, elasticity and friction, as w...
Many physical systems today are modeled by interacting continuous and discrete event systems. Such h...
A hybrid dynamical system is a system described by both differential equations (continuous flows) an...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
Systems in which the dynamical behaviour evolves based on the interaction between the continuous dyn...
Discrete Abstractions of Hybrid Systems A hybrid system is a dynamical system with both discrete and...
The distinguishing characteristic of hybrid systems is the interaction between a continuous-time and...
Hybrid systems combine piecewise continuous behavior with discrete transitions. Hybrid dynamic syste...
This chapter gives an informal introduction to hybrid dynamical systems and illlustrates by simple e...
This paper develops a classification of transition be-haviors for hybrid dynamic systems. Physical s...
Hybrid Systems are dynamical systems presenting both discrete and continuous evolution. Hybrid Autom...
This contribution provides an introduction to the topic of discrete models for hybrid systems. It mo...
The theory of hybrid systems studies the combination of continuous and discrete behaviour. "V h...
This paper deals with the simulation of hybrid systems. These systems mix two different aspects: con...
Hybrid Dynamical Systems (HDS) are systems described by interaction between continuous and discrete ...
Many existing dynamic systems contain mechanical effects like inertia, elasticity and friction, as w...
Many physical systems today are modeled by interacting continuous and discrete event systems. Such h...
A hybrid dynamical system is a system described by both differential equations (continuous flows) an...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
Systems in which the dynamical behaviour evolves based on the interaction between the continuous dyn...
Discrete Abstractions of Hybrid Systems A hybrid system is a dynamical system with both discrete and...