Parametrized Newton’s Iteration for Computing an Eigenpair of a Real Symmetric Matrix in an Interval

Articles in the same Issue

1. Parametrized Newton’s Iteration for Computing an Eigenpair of a Real Symmetric Matrix in an Interval
2. On Fast Domain Decomposition Solving Procedures for hp-Discretizations of 3-D Elliptic Problems
3. Solution of Some Differential Equations of Quantum Physics by the Numerical Functional Integration Method
4. Accuracy Estimates of Difference Schemes for Quasi-linear Parabolic Equations Taking into Account the Initial-boundary Effect
5. A Priori Error Analysis for the hp-Version of the Discontinuous Galerkin Finite Element Method for the Biharmonic Equation
6. Transformation of Chebyshev–Bernstein Polynomial Basis
7. A Highly Accurate Modified Method of Characteristics for Convection–dominated Flow Problems
8. Solution of Linear Equation Systems with a Dominant Skew-symmetric Part Using the Product Triangular Iterative Method