FIELD: physics.
SUBSTANCE: method includes first obtaining an initial mathematical description of the operating law of n-input logic converters in the form of a general Zhegalkin polynomial, developing and implementing a driver circuit of all 2n monotonous conjunctions of the Zhegalkin polynomial, developing and implementing two serial circuits, each comprising (2n-1) two-input non-equivalence elements.
EFFECT: creating library modules of polynomial logic converters in HDL languages, and real-time readjustment of logic converters to realising a given logic function.
7 dwg
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                RU2497182C2 | 
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                SU1795472A1 | 
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                SU1124281A1 | 
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                RU2637488C1 | 
| FUNCTIONAL CONVERTER | 0 | 
									
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                SU1388890A1 | 
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                SU781822A1 | 
| SELF-CHECKING MODULAR COMPUTER OF BOOLEAN FUNCTION SYSTEMS | 2009 | 
									
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                RU2417405C2 | 
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                SU1140130A1 | 
Authors
Dates
2015-02-20—Published
2014-05-06—Filed