Simulation of an approximate optimal decomposition in breakpoints in approximating the function by a broken line
Simulation of analog computer in solving non-linear differential equations by a digital computer
Simultaneous L1 Approximation of a Compact Set of Real-Valued Functions.
Solving a class of multivariate integration problems via Laplace techniques
We consider the problem of calculating a closed form expression for the integral of a real-valued function f:ℝⁿ → ℝ on a set S. We specialize to the particular cases when S is a convex polyhedron or an ellipsoid, and the function f is either a generalized polynomial, an exponential of a linear form (including trigonometric polynomials) or an exponential of a quadratic form. Laplace transform techniques allow us to obtain either a closed form expression, or a series representation that can be handled...
Solving Complex Approximation Problems by Semiinfmite - Finite Optimization Techniques : A Study on Convergence.
Special curved elements and theitr application [Abstract of thesis]
Special exact curved finite elements
Special exact curved finite elements useful for solving contact problems of the second order in domains boundaries of which consist of a finite number of circular ares and a finite number of line segments are introduced and the interpolation estimates are proved.
Strong Uniqueness. A Far-Reaching Criterion for the Convergence Analysis of Iterative Procedures.
Strong Uniqueness and Second Order Convergence in Nonlinear Discrete Approximation.
Sur des approximations d'indices de dissimilarité via les représentations euclidienne et hiérarchique
Sur quelques limitations des algorithmes dans le traitement des suites