RU2507682C2 - METHOD FOR END-TO-END ACTIVATION OF f1( 11)min → ±0mk INACTIVE ARGUMENTS "±0" → "+1/-1" OF ANALOGUE SIGNALS IN "MINIMISATION ZONES" OF "-/+" [mj]f(+/-) - "COMPLEMENTARY CODE" STRUCTURE ACCORDING TO ARITHMETIC AXIOM OF TERNARY NUMBER SYSTEM f(+1,0,-1) WHEN GENERATING ARGUMENTS OF ANALOGUE SIGNALS IN POSITION-SIGN CONDITIONALLY MINIMISED STRUCTURE THEREOF ±[mj]fусл(+/-)min (VERSIONS OF RUSSIAN LOGIC) - Google Patents
METHOD FOR END-TO-END ACTIVATION OF f1( 11)min → ±0mk INACTIVE ARGUMENTS "±0" → "+1/-1" OF ANALOGUE SIGNALS IN "MINIMISATION ZONES" OF "-/+" [mj]f(+/-) - "COMPLEMENTARY CODE" STRUCTURE ACCORDING TO ARITHMETIC AXIOM OF TERNARY NUMBER SYSTEM f(+1,0,-1) WHEN GENERATING ARGUMENTS OF ANALOGUE SIGNALS IN POSITION-SIGN CONDITIONALLY MINIMISED STRUCTURE THEREOF ±[mj]fусл(+/-)min (VERSIONS OF RUSSIAN LOGIC) Download PDFInfo
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Abstract
FIELD: radio engineering, communication.
SUBSTANCE: invention can be used in monitoring and control systems in combination with arithmetic devices which perform various arithmetic procedures over arguments represented in the position-sign structure of arguments of analogue signals "Complementary code". In one version, the conversion structure is realised using logic elements AND, OR.
EFFECT: wider range of conversion.
5 cl
Description
Claims (5)
1. The way through activation fone(eleven) min →± 0 m k inactive arguments “± 0” → “+ 1 / -1” of the analog signals in the “Minimization Zones” of the “- / +” structure [m j] f (+/-) - "Additional code"In accordance with the arithmetic axiom of the ternary number system f (+ 1,0, -1) in the formation of the arguments of analog signals in a positionally sign conditionally minimized structure±[m j] fcondition(+/-)min (Variants of Russian logic), characterized in that of the positive arguments of the analog logical signals "- / +" [m j] f (+/-) - "Additional code"Form consecutive conditionally" k "" minimization zones "with arguments (m j + 1)k and (m j)k conditionally “j + 1” and “j” bits and perform a logical analysis of their activity both in the “k” “Minimization Zone” and the previous “Minimization Zones” by means of a functional parallel structure fone(eleven) min through activation of inactive arguments “± 0” → “+ 1 / -1” of analog signals with the formation of the resulting argument± 0 m k in the “k” “Minimization Zone”, which is activated when the arguments are simultaneously active (m j + 1)k and (m j)k conditionally “j + 1” and “j” bits of the “Necessary Condition” in any of the previous “Minimization Zones”, as well as the active arguments or “Activation Condition 1”, including the active argument (m j + 1)k "J + 1" bits and the active argument ( m j)k “J” of the discharge with a changed level of the analog signal both in the previous “Minimization Zones” and in the analyzed “k” “Minimization Zone”, or the arguments “Activation condition 2” are active, including the active argument (m j)k + 1 "J" of the discharge of the subsequent "minimization zone", the active argument ( m j + 1)k with a modified level of the analog signal "j + 1" discharge and the active argument (m j)k “J” of the discharge both in the previous “Minimization Zones” and in the analyzed “k” “Minimization Zone”, while the activation process fone(eleven) min →± 0 m k inactive arguments “± 0” → “+ 1 / -1” of the analog signals in the “Minimization Zones” are performed in accordance with the logical-dynamic process of the form
где
- логическая функция f1(&)-И;
- логическая функция f1(})-ИЛИ;
«n» - максимальное число «Зон минимизации» в структуре положительных аргументов «-/+»[m j]f(+/-) - «Дополнительный код», позиционно расположенных между «k» «Зоной минимизации» и первой «Зоной минимизации», а преобразованные аргументы ↓2(±0 m k-1) - ↓n+1(±0 m k-n) сформированы посредством функциональных структур вида
2. The way through activation fone(eleven) min →± 0 m k inactive arguments “± 0” → “+ 1 / -1” of the analog signals in the “Minimization Zones” of the “- / +” structure [m j] f (+/-) - "Additional code"In accordance with the arithmetic axiom of the ternary number system f (+ 1,0, -1) in the formation of the arguments of analog signals in a positionally sign conditionally minimized structure±[m j] fcondition(+/-)min, characterized in that of the positive arguments of the analog logic signals "- / +" [m j] f (+/-) - "Additional code"Form consecutive conditionally" k "" minimization zones "with arguments (m j + 1)k and (m j)k conditionally “j + 1” and “j” discharges and perform a logical analysis of their activity by means of a parallel-sequential functional structure fone(eleven) min, which includes the logical function fone(}) -OR to combine the converted arguments10 m k and1.01 m k logical function fone(&) - And "Activation conditions 1" and the logical function f2(&) - And “Activation conditions 2” with the formation of a common argument (10 & 1.01 m k), which is submitted for analysis to the system of the logical function ffour(&) - And as an argument of the previous “Minimization Zone”, they are submitted for analysis to all systems of logical functions f5(&) - And - fn + 4(&) - And all functional structures fone(eleven) min of the following “Minimization Zones” to form the transformed arguments ↓one(± 0 m k-1) - ↓n + 1(± 0 m kn), which include f2(}) -OR, and form the resulting activation argument in the corresponding "k" "minimization zone", while in the system of logical functions ffour(&) - And - fn + 5(&) - And all functional structures fone(eleven) min "Minimization zones" for the analysis give the converted argumenteleven m k-1 The “necessary condition” for activating inactive arguments “± 0” → “+ 1 / -1” of the analog signals in the “Minimization Zones”, which is formed by the logical function f3(&) - And when analyzing the arguments (m j + 1)k and (m j)k conditionally “j + 1” and “j” bits in the “Minimization Zone”, and when they are active, the resulting argument is activated± 0 m k, but with simultaneous activity of either argument10 m k logical function fone(&) - And “Activation conditions 1”, the system of which includes an active argument (m j + 1)k "J + 1" bits and the active argument ( m j)k "J" discharge with a changed level of the analog signal, or with the simultaneous activity of the argument1.01 m k logical function f2(&) - And “Activation conditions 2”, the system of which includes an active argument (m j)k + 1 "J" of the discharge of the subsequent "minimization zone", the active argument ( m j + 1)k with a modified level of the analog signal "j + 1" discharge and the active argument (m j)k "J" discharge in its "minimization zone", while activating the argument± 0 m k functional structure fone(eleven) min in the "k" "Minimization zone" is performed in accordance with the logical-dynamic process of a mathematical model of the form
Where
is a logical function fone(&)-AND;
is a logical function fone(})-OR;
“N” is the maximum number of “minimization zones” in the structure of positive arguments “- / +” [m j] f (+/-) - "Additional code”Positionally located between“ k ”“ Minimization Zone ”and the first“ Minimization Zone ”, and the converted arguments ↓2(± 0 m k-1) - ↓n + 1(± 0 m kn) are formed by functional structures of the form
где преобразованные аргументы 2(±0mk-1)-n+1(±0mk-n) формируют посредством функциональных структур вида
3. Functional parallel structure of end-to-end activation fone(eleven) min →± 0 m k inactive arguments “± 0” → “+ 1 / -1” of the analog signals in the “Minimization Zones” of the argument structure “- / +” [m j] f (+/-) - "Additional code"In accordance with the arithmetic axiom of the ternary number system f (+ 1,0, -1) in the formation of analog signals in positionally sign conditionally minimized structure±[m j] fcondition(+/-)min, characterized in that the logical functions fone(&) - And, f2(&) - And, f3(&) - And, ffour(&) - And, fone(}) -OR and f2(}) -OR and logical functions f5(&) - And - fnk-6(&) - And, while functional relationships are made in accordance with mathematical models of the form
where are the converted arguments2(± 0mk-1) -n + 1(± 0mkn) form by means of functional structures of the form
где
- логическая функция f1(&)-H-HE,
а преобразованные аргументы ↓2(±0mk-1)-↓n+1(±0mk-n) сформированы посредством функциональных структур вида
4. Functional parallel structure f 1 (11) min → ± 0 m k inactive arguments “± 0” → “+ 1 / -1” of analog signals in the “Minimization zones” of the structure “- / +” [m j ] f (+ / -) - “Additional code” in accordance with the arithmetic axiom of the ternary numeral system f (+ 1,0, -1) when forming the arguments of analog signals in a positionally signed conditionally minimized structure ± [m j ] f conv (+/- ) min , characterized in that the logical functions f 1 (&) - And, f 2 (&) - And, f 3 (&) - And, f 1 (&) - AND-NOT, f 2 (& ) AND-NOT, f 1 (}) - OR and logical functions f 3 (&) - AND-NOT-f n + 2 (&) - AND NOT, while the function The connections are made in accordance with mathematical models of the form
Where
- logical function f 1 (&) - H-HE,
and the transformed arguments ↓ 2 ( ± 0 m k-1 ) - ↓ n + 1 ( ± 0 m kn ) are formed by functional structures of the form
где
- логическая функция f1(}&)-ИЛИ-НЕ,
а преобразованные аргументы ↓2(±0mk-1)-↓n+1(±0mk-n) сформированы посредством функциональных структур вида
5. Functional parallel structure f 1 (11) min → ± 0 m k inactive arguments “± 0” → “+ 1 / -1” of analog signals in the “Minimization Zones” of the structure “- / +” [m j ] f (+ / -) - “Additional code” in accordance with the arithmetic axiom of the ternary numeral system f (+ 1,0, -1) when forming the arguments of analog signals in a positionally signed conditionally minimized structure ± [m j ] f conv (+/- ) min , characterized in that the logical functions f 1 (} &) - OR-NOT, f 2 (} &) - OR-NOT, f 3 (} &) - OR-NOT, f 1 (}) are introduced into the structure -OR, f 2 (}) - OR, f 1 (&) - AND, f 2 (&) - AND-f n + 1 (&) - AND, while the functional relationships in made in accordance with mathematical models of the form
Where
- logical function f 1 (} &) - OR NOT,
and the transformed arguments ↓ 2 ( ± 0 m k-1 ) - ↓ n + 1 ( ± 0 m kn ) are formed by functional structures of the form
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RU2012120593/08A RU2507682C2 (en) | 2012-05-21 | 2012-05-21 | METHOD FOR END-TO-END ACTIVATION OF f1( 11)min → ±0mk INACTIVE ARGUMENTS "±0" → "+1/-1" OF ANALOGUE SIGNALS IN "MINIMISATION ZONES" OF "-/+" [mj]f(+/-) - "COMPLEMENTARY CODE" STRUCTURE ACCORDING TO ARITHMETIC AXIOM OF TERNARY NUMBER SYSTEM f(+1,0,-1) WHEN GENERATING ARGUMENTS OF ANALOGUE SIGNALS IN POSITION-SIGN CONDITIONALLY MINIMISED STRUCTURE THEREOF ±[mj]fусл(+/-)min (VERSIONS OF RUSSIAN LOGIC) |
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