FIELD: information technology.
SUBSTANCE: method is realised on a universal multi-core computer, having g k-bit cores, each facilitating a system of f operations which include algebraic multiplication and algebraic addition of numbers presented in position integer data formats. When facilitating multiplication operations, each number, multiplier and multiplicand, is presented in a modular-position format with a floating point in form of a (1+k+q·n)-element vector.
EFFECT: high rate of computation by replacing the operation of multiplying t-bit position mantissas of multiplicands with n concurrently executed operations of multiplying q-bit character positions of numbers in a residue number system.
