Geodesic

Автоматическое программирование, численные методы и функциональный анализ

Sommaire

Preface
p. 3-4
Trends of developement in automatic programming based on large-block systems
p. 5-15
A functional algorithmic language
p. 16-47
Specialization of the A-language for linear algebra problems
p. 48-58
The solution of a particluar problem of signal detection in a pulse train with the aid of the processor PIP-I
p. 59-63
Inversion of series with the aid of a polynomial processor on an M-20 electronic computer
p. 64-67
A standard subroutine of expansion of a polynomial determinant for the polynomial processor $\Pi(1-2)$
p. 68-75
Solution of linear algebraic systems with rectangular matrices
p. 76-92
An iteration process for obtaining small eigenvalues of a matrix and the corresponding eigenvectors
p. 93-104
Nonnegative solutions of boundary-value problems for quasilinear second-order equations
p. 105-110
Nonnegative solutions of systems of nonlinear (in particular, difference) equations
p. 111-116
The method of composite meshes for finite and infinite regions with piecewise smooth boundary
p. 117-148
A mesh method for finite and infinite polygons and error bounds in terms of known quantities
p. 149-187
A remark about minimal systems
p. 188-189
A boundary-layer integral equation for an ordinary differential equation
p. 190-195
The evaluation of definite integrals of oscillatory functions
p. 196-204
Conditions of validity of inequalities between $L_{p}$-norms of partial derivatives of functions of several variables
p. 205-242
Invariant subspaces of the shift operator and bounded approximation almost everywhere
p. 243-257