SELECTION OF FUNDAMENTAL INFORMATION PRINCIPLES FOR THE CONSTRUCTION OF A UNIVERSAL DIGITAL NANOCOMPUTER

摘要

An analysis of the fundamental information principles for the construction of a universal digital computer that corresponds to the mathematical capabilities of modern nanotechnological components is made. It is shown that it is feasible to utilize a decimal numbers system and a serial method of information transfer. The use of a 1-out-of-10 balanced code for encoding decimal digits is evaluated. The structure of a base processor element for execution of the operations of addition and subtraction of decimal digits is proposed.