METHOD FOR LOGIC-DYNAMIC PROCESS OF CONVERTING POSITION CONDITIONALLY NEGATIVE ARGUMENTS OF ANALOGUE SIGNALS ½-[ni]f(2n) TO POSITION-SIGN STRUCTURE OF ARGUMENTS ½[ni]f(-1/+1,0,Ç+1) COMPLEMENTARY CODE USING ARITHMETIC AXIOMS OF TERNARY NUMBER SYSTEM f(+1, 0,-1) (VERSIONS OF RUSSIAN LOGIC)

摘要

FIELD: information technology. ^ SUBSTANCE: invention can be used when designing arithmetic units and performing arithmetic procedures over input conditionally negative arguments of analogue signals "-" [nj]f(2n) and conversion thereof to a position-sign structure of arguments ""[ni]f(-1/+1,0,Ç+1) "complementary code" using the arithmetic axioms of a ternary number system f(+1,0,-1) for subsequent summation with other arguments of analogue signals of terms in position format. ^ EFFECT: high speed of operation of the functional structure of the converter owing to a shorter cycle of forming the resultant position-sign structure of said arguments. ^ 2 cl