A Method for Finding Sharp Error Bounds for Newton's Method Under the Kantorovich Assumptions.
A method for finding the step size of integration of a system of ordinary differential equations
A method for improving the convergence of iteration sequences
A method for knowledge integration
With the aid of Markov Chain Monte Carlo methods we can sample even from complex multi-dimensional distributions which cannot be exactly calculated. Thus, an application to the problem of knowledge integration (e. g. in expert systems) is straightforward.
A Method for Numerical Quadrature Over an Infinite Interval Using Systematically Increasing Mesh Size.
A method for obtaining iterative formulas of higer order
A method for obtaining third-order iterative formulas.
A method for solving fuzzy Fredholm integral equations of the second kind.
A method for solving the Volterra integral equation of the first kind
A method for the Eigenreduction of real Symmetric Matrices
A method for the inverse numerical range problem.
A Method for the Numerical Solution of the One-Dimensional Inverse Stefan Problem.
A method of approximation of Besov spaces
A method of BAZLEY-FOX type for the eingenvalues of the LAPLACE operator
A Method of Characteristics Solving the Initial-Boundary Value Problem of a Hyperbolic Differential Equation of Second Order.
A method of constructing general contact tangential charts
A method of discretization for the Lagerström-Cole model equation.
A method of inversion of the Laplace transform
A Method of Solving Nonlinear Variational Problems by Nonlinear Transformation of the Objective Functional. Part II.
A Method of Solving Nonlinear Variational Problems by Nonlinear Transformation of the Objective Functional. Part I.