The contradictions between specialization and universality can be eliminated
by developing nanoschemas with configured structures (NSKS), the algorithms of
which can be changed at the request of the developer of specific computer equipment,
ie by creating arithmetic-logic circuits with programmable logic. The development of the theory and practice of the majority principle is currently an urgent problem, because the nanoelectronic design of computer systems with configured structures significantly reduces their cost and greatly simplifies the stage of automated systems design. One programmable nanoscheme replaces from 30 to 150 integrated circuits of average degree of integration.
