Geodesic

Computational methods and algorithms

Sommaire

A gap in the energy spectrum of the one-dimensional Dirac operator
p. 7-10
Convergence of the highest derivatives in projection methods
p. 11-18
Foundation of the synthesis method
p. 19-48
Some imbedding theorems for the function spaces – $\mathscr L_{r,p,\theta}^{\lambda,\varphi,b_s}(G)$
p. 49-75
An application of a multipoint differential-difference scheme to a boundary-value problem
p. 76-88
Analysis of singular matrix pencils
p. 89-102
Solution of the eigenvalue problem for a regular pencil $\lambda A_0-A_1$ with singular matrices
p. 103-123
Solving the eigenvalue problem for matrices
p. 124-139
Feasibility of parallel computations on a three-dimensional associative parallel processor
p. 140-160
Strong capacity-estimates for “fractional” norms
p. 161-168
Use of a computer to find the number of regular pentagons that can simultaneously touch a given one
p. 169-177
Conjugate gradient method for systems of nonlinear equations
p. 178-183
Implementation of some multioperations on sequential computers
p. 184-204
Optimal schedulings with gaps for independent jobs in a service system with $N$ servers
p. 205-231
Uniform convergence of the method of lines in the case of the first boundary-value problem for a nonlinear second-order parabolic equation
p. 232-240
Uniform convergence of the implicit scheme of the finite-difference method for solving the first boundary-value problem for a nonlinear second-order parabolic equation
p. 241-255
Solvability of the finite-difference equations of the implicit scheme for a nonlinear second-order parabolic equation
p. 256-266
A description of the algebras of analytic functions admitting localization of ideals
p. 267-269
Matrix seminorms and related inequalities
p. 270-285