METHOD FOR CONVERSION OF POSITION-SYMBOLIC STRUCTURES OF ⁺n_if(2ⁿ) AND ^-n_if(2ⁿ) ANALOG SIGNAL ARGUMENTS INTO ^±n_if(2ⁿ) ANALOG SIGNAL ARGUMENTS STRUCTURE OF 'ADDITIONAL CODE' USING ARITHMETIC AXIOMS OF TERNARY NOTATION f(+1, 0,-1) (VERSIONS OF RUSSIAN LOGIC)

摘要

FIELD: information technology.;SUBSTANCE: in one of versions of the method, in each conditionally "i" position of conditionally negative arguments of analog signals ^-[n_i]f(2ⁿ), analysis of all previous low order arguments is executed by means of activation functional structure, when argument n_i is inactive positive and conditionally negative argument in this position is activated, analysis of conditionally "i" and "i-1" positions arguments is executed by means of local transfer functional structures f₂(^-←^-)_d/dn and f₁(-↑⁺)_d/dn of logical differentiation procedure, positive argument (+n_i)_d/dn↑ is activated which is combined with positive argument ^±(+n_i) of activated zero, and resulting structure of analog signal arguments is generated. The method is implemented using NOT, OR, AND gates.;EFFECT: increased dynamic range of analog signal argument variation.;2 cl