Add to ORKGA system theoretic framework is given for the description of Hamiltonian systems with external forces and partial observations of the state. It is shown how symmetries and conservation laws can be defined within this framework. A generalization of Noether's theorem is obtained. Finally a precise definition of time reversibility is given and its consequences are explored.
The Noether theorem for Hamiltonian constrained systems is revisited. In particular, our review pres...
The definitions of symmetries and conservation laws for autonomous (i.e. without external forces) Ha...
The time reversal invariance of classical dynamics is reconsidered in this paper with specific focus...
A system theoretic framework is given for the description of Hamiltonian systems with external force...
The definitions of symmetries and conservation laws for autonomous (i.e. without external forces) Ha...
After a brief introduction to Hamiltonian Systems with external forces (inputs) we define symmetries...
The time-scale non-shifted Hamiltonian dynamics are investigated, including both general holonomic s...
This paper is devoted to the study of mechanical systems subjected to external forces in the framewo...
In this paper we survey the topic of time-reversal symmetry in dynamical systems. We begin with a br...
After a brief introduction to Hamiltonian Systems with external forces (inputs) we define symmetrie...
In this paper we survey the topic of time-reversal symmetry in dynamical systems. We begin with a br...
AbstractWe give explicit differential equations for the dynamics of Hamiltonian systems near relativ...
1+96 pages, No figure, Expanded version of a lecture note by J.-H. Park at Sogang University, Seoul ...
We give explicit differential equations for the dynamics of Hamiltonian systems near relative equili...
In this paper a definition of a (nonlinear) Hamiltonian system with inputs and outputs is given, whi...
The Noether theorem for Hamiltonian constrained systems is revisited. In particular, our review pres...
The definitions of symmetries and conservation laws for autonomous (i.e. without external forces) Ha...
The time reversal invariance of classical dynamics is reconsidered in this paper with specific focus...
A system theoretic framework is given for the description of Hamiltonian systems with external force...
The definitions of symmetries and conservation laws for autonomous (i.e. without external forces) Ha...
After a brief introduction to Hamiltonian Systems with external forces (inputs) we define symmetries...
The time-scale non-shifted Hamiltonian dynamics are investigated, including both general holonomic s...
This paper is devoted to the study of mechanical systems subjected to external forces in the framewo...
In this paper we survey the topic of time-reversal symmetry in dynamical systems. We begin with a br...
After a brief introduction to Hamiltonian Systems with external forces (inputs) we define symmetrie...
In this paper we survey the topic of time-reversal symmetry in dynamical systems. We begin with a br...
AbstractWe give explicit differential equations for the dynamics of Hamiltonian systems near relativ...
1+96 pages, No figure, Expanded version of a lecture note by J.-H. Park at Sogang University, Seoul ...
We give explicit differential equations for the dynamics of Hamiltonian systems near relative equili...
In this paper a definition of a (nonlinear) Hamiltonian system with inputs and outputs is given, whi...
The Noether theorem for Hamiltonian constrained systems is revisited. In particular, our review pres...
The definitions of symmetries and conservation laws for autonomous (i.e. without external forces) Ha...
The time reversal invariance of classical dynamics is reconsidered in this paper with specific focus...