Matsenko S. The synthesis components of digital devices based on minimal form Fibonacci code

The dissertation is dedicated to application of scientific task of developing methods for the synthesis of high-speed noise immunity components of digital devices, based Fibonacci code in the minimal form with restrictions on hardware expenses . The analysis of ways to improve the performance of noise-resistant digital devices to substantiate the effectiveness of the use for this purpose Fibonacci code on the minimal form is provided Is developed the method of synthesis and the computer model of the noise immunity register in the Fibonacci numbers that are stored in them minimal form. Is developed the method of synthesis and the computer model of noise immunity counters with high speed through the application of the minimal forms of the Fibonacci code. Is developed methods of synthesis of converters from binary codes to Fibonacci codes and vice versa on the basis of high-speed counters Fibonacci. The methods for the synthesis of decoders of Fibonacci numbers by the classical scheme are improved and their new structure in the form of a fractal decoder with the appropriate computer model based on the application of the Fibonacci code of the minimal form . Conducted performance evaluations, the cost of hardware and noise immunity the components digital devises, that use a minimal form of the Fibonacci code are conducted in the work.