summary:The Recursive Projection Method is a technique for continuation of both the steady states and the dominant invariant subspaces. In this paper a modified version of the RPM called projected RPM is proposed. The modification underlines the stabilization effect. In order to improve the poor update of the unstable invariant subspace we have applied subspace iterations preconditioned by Cayley transform. A statement concerning the local convergence of the resulting method is proved. Results of numerical tests are presented
International audienceContinuation methods are efficient to trace branches of fixed point solutions ...
We propose a Newton-like iteration that evolves on the set of fixed dimensional subspaces of R-n and...
A class of fast subspace tracking methods such as the Oja method, the projection approximation subsp...
summary:The Recursive Projection Method is a technique for continuation of both the steady states an...
Fixed-point iterative procedures for solving nonlinear parameter dependent problems can converge for...
In this thesis, we have investigated the Recursive Projection Method, RPM, as an accelerator for com...
Abstract. We summarize an algorithm developed in [17] for computing a smooth orthonormal basis for a...
The study of the stability of a dynamical system described by a set of partial differential equation...
AbstractThis paper examines a variation on Newton's method in which the Euclidian norm of the residu...
In this paper we present an efficient branch-following procedure that can be used not only to comput...
We present a Projection onto Convex Sets (POCS) type algorithm for solving systems of linear equatio...
iii Stability represents significant criteria in power system operation. Stability analysis of power...
Accurate initial guesses to the solution can dramatically speed convergence of iterative solvers. In...
In this article we consider the Data Projection Method (DPM), which constitutes a simple and reliabl...
This paper deals with the numerical continuation of invariant manifolds, regardless of the restricte...
International audienceContinuation methods are efficient to trace branches of fixed point solutions ...
We propose a Newton-like iteration that evolves on the set of fixed dimensional subspaces of R-n and...
A class of fast subspace tracking methods such as the Oja method, the projection approximation subsp...
summary:The Recursive Projection Method is a technique for continuation of both the steady states an...
Fixed-point iterative procedures for solving nonlinear parameter dependent problems can converge for...
In this thesis, we have investigated the Recursive Projection Method, RPM, as an accelerator for com...
Abstract. We summarize an algorithm developed in [17] for computing a smooth orthonormal basis for a...
The study of the stability of a dynamical system described by a set of partial differential equation...
AbstractThis paper examines a variation on Newton's method in which the Euclidian norm of the residu...
In this paper we present an efficient branch-following procedure that can be used not only to comput...
We present a Projection onto Convex Sets (POCS) type algorithm for solving systems of linear equatio...
iii Stability represents significant criteria in power system operation. Stability analysis of power...
Accurate initial guesses to the solution can dramatically speed convergence of iterative solvers. In...
In this article we consider the Data Projection Method (DPM), which constitutes a simple and reliabl...
This paper deals with the numerical continuation of invariant manifolds, regardless of the restricte...
International audienceContinuation methods are efficient to trace branches of fixed point solutions ...
We propose a Newton-like iteration that evolves on the set of fixed dimensional subspaces of R-n and...
A class of fast subspace tracking methods such as the Oja method, the projection approximation subsp...