CHOOSING OF OPTIMAL START APPROXIMATION FOR LAPLACE EQUATION NUMERICALLY SOLVING for setting an initial
approximation for the
numerical solution of the Laplace equation. We investigate
Bethe logarithm for the helium atom for the Rydberg states is analyzed, and a high-quality
numerical approximation is found, which ensures 7-8-digit
Numerical methods of the decision differential the equations for continuous models of economy in article linear and nonlinear, and also the review of
approximate methods of their decision. Expediency
Approximate methods of the decision differential the equations for continuous models of economy the review of
approximate methods of their decision. Expediency of use of this or that
numerical methods
Numerical Solution of Time-Dependent Problems with Fractional Power Elliptic Operator approximation in space is employed. To construct
approximation in time, standard two-level schemes are used
Approximation of Variational Eigenvalue ProblemsA variational eigenvalue problem in an infinite-dimensional Hilbert space is
approximated by a
A minimization method with approximation of feasible set and epigraph of objective function belongs to the class of cutting-plane methods. When constructing
approximate solutions to the problem