Note on inverse iteration and III-conditioned eigensystems
Note on Matrices with a Very Ill-Conditioned Eigenproblem.
Note on symmetric alteration of knots of B-spline curves.
Note on the Computation of the Maximal Eigenvalue of a Non-Negative Irreducible Matrix.
Note on the first order orthogonal projections
Note on the numerical solutions of the general matrix convolution equations by using the iterative methods and box convolution product.
Note on the paper of I. Fenyö: On the solution of non-linear equations in Banach space
Note sur la convergence de méthodes de directions conjuguées
Note sur la méthode Bernoulli.
Note sur la suppression des étiquettes en programmation
Note sur le calcul approché par la méthode de Poncelet des radicaux de la forme
Note sur le calcul de la table d'activité
Notes on the evolution of feature selection methodology
The paper gives an overview of feature selection techniques in statistical pattern recognition with particular emphasis on methods developed within the Institute of Information Theory and Automation research team throughout recent years. Besides discussing the advances in methodology since times of Perez’s pioneering work the paper attempts to put the methods into a taxonomical framework. The methods discussed include the latest variants of the optimal algorithms, enhanced sub-optimal techniques...
Notice on the Chipman generalization of the matrix inverse
Nouveaux algorithmes performants en théorie du transport
Nouvelles formulations intégrales pour les problèmes de diffraction d’ondes
We present an integral equation method for solving boundary value problems of the Helmholtz equation in unbounded domains. The method relies on the factorisation of one of the Calderón projectors by an operator approximating the exterior admittance (Dirichlet to Neumann) operator of the scattering obstacle. We show how the pseudo-differential calculus allows us to construct such approximations and that this yields integral equations without internal resonances and being well-conditioned at all frequencies....
Nouvelles formulations intégrales pour les problèmes de diffraction d'ondes
We present an integral equation method for solving boundary value problems of the Helmholtz equation in unbounded domains. The method relies on the factorisation of one of the Calderón projectors by an operator approximating the exterior admittance (Dirichlet to Neumann) operator of the scattering obstacle. We show how the pseudo-differential calculus allows us to construct such approximations and that this yields integral equations without internal resonances and being well-conditioned at all...
Nový pohled na algoritmickou matematiku
Nový pohled na numerický výpočet největšího společného dělitele dvou polynomů
Nullstelleneinschließung mit dem Newton-Verfahren ohne Invertierung von Intervallmatrizen.