POLYNOMIAL INTERPRETATION SYSTEM (POLINOMIALNAYA INTERPRETIRUYUSHCHAYA SISTEMA),
Abstract
The problem of a semiautomatic distribution of the memory of digital computers and the reduction in the memory volume occupied by the operating problem is being investigated. The problem is solved by the method of 'interpretation programs.' The conditions of interpretation are defined as a consecutive decoding and carrying out of individual parts of the problem comprising the original algorithm of the problem coded in the form of a sequence. These blocks are called pseudocommands. The operative memory contains a small volume pseudoprogram. The interpretation system (IS) decodes the pseudooperations of the pseudoprograms. One of the possible versions of the IS for the series three-address digital computer is descibed. The author discusses as objects for the operation of IS fractional-rational functions and polynomials in the Lagrange and Chebyshev form. The principle on which the polynomial interpretation system (POLIS) is based consists of the interpretation of certain operations over the polynomials. POLIS allows fractional-rational functions (F-polynomials). Basic operations within the POLIS are: addition, subtraction, multiplication, differentiation, integration, subtraction of the differences of norms, and the printing of the polynomials and F-polynomials.
Document Details
- Document Type
- Technical Report
- Publication Date
- Dec 08, 1967
- Accession Number
- AD0674893
Entities
People
- V. V. Zakharov
Organizations
- National Air and Space Intelligence Center