We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in terms of prolongation and gradient extension associated to the system. The cross Gramian is given for the variational system associated to the original nonlinear gradient system. We obtain linearization results that correspond to the notion of a cross Gramian for symmetric linear systems. Furthermore, first steps towards relations with the singular value functions of the nonlinear Hankel operator are studied and yield promising results
Gradient systems are an important class of systems, e.g., a large class of linear and nonlinear elec...
This paper concerns the use of a priori information on the symmetry of cross differentials available...
This paper deals with an analysis of the Conjugate Gradient (CG) method (Hestenes and Stiefel in J R...
We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in ...
We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in ...
We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in ...
The cross-gramian is a well-known matrix withembedded controllability and observability information....
We aim at extending the approximate balancing method presented in (Sorensen et al., 2002; Al-daheri,...
In this paper, we introduce the notions of state-space symmetry for nonlinear systems and of the cro...
In this paper, we introduce the notions of state-space symmetry for nonlinear systems and of the cro...
The cross gramian matrix is a tool for model reduction and system identification, but it is only com...
Summary. The Generalized Conjugate Gradient method (see [1]) is an iterative method for nonsymmetric...
In the theory for continuous-time linear systems, the system Hankel operator plays an important role...
In the theory for continuous-time linear systems, the system Hankel operator plays an important role...
Gradient systems are an important class of systems, e.g., a large class of linear and nonlinear elec...
This paper concerns the use of a priori information on the symmetry of cross differentials available...
This paper deals with an analysis of the Conjugate Gradient (CG) method (Hestenes and Stiefel in J R...
We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in ...
We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in ...
We study the notion of cross Gramians for nonlinear gradient systems, using the characterization in ...
The cross-gramian is a well-known matrix withembedded controllability and observability information....
We aim at extending the approximate balancing method presented in (Sorensen et al., 2002; Al-daheri,...
In this paper, we introduce the notions of state-space symmetry for nonlinear systems and of the cro...
In this paper, we introduce the notions of state-space symmetry for nonlinear systems and of the cro...
The cross gramian matrix is a tool for model reduction and system identification, but it is only com...
Summary. The Generalized Conjugate Gradient method (see [1]) is an iterative method for nonsymmetric...
In the theory for continuous-time linear systems, the system Hankel operator plays an important role...
In the theory for continuous-time linear systems, the system Hankel operator plays an important role...
Gradient systems are an important class of systems, e.g., a large class of linear and nonlinear elec...
This paper concerns the use of a priori information on the symmetry of cross differentials available...
This paper deals with an analysis of the Conjugate Gradient (CG) method (Hestenes and Stiefel in J R...