Kupreychik I. Structure functional analysis and synthesis of converters of the discrete information for preprocessor processing

The thesis is devoted to code converters (CC) of residual classes system (SRK) codes and Fibonacci codes designing methods and researching on the basis of known methods of designing; existing scheme realizations of residual classes system (SRK) codes converters into a base-2 system are analyzed with the purpose of promptitude increase of converters; the structure of the SRK codes converter in a binary code is investigated; opportunities of application of Fibonacci codes in functionally oriented devices (FOD) are analyzed and the way for codes transformation and promptitude increases is developed; system designing Fibonacci codes converters into binary code is executed with the purpose of an optimum structure finding; models and algorithms of FOD designing as a program complex with expanded Petri networks usage are realized in the work. The following results during researches implementation are received: the algorithm of system designing of SRK codes converters in the binary code basing strategy of devices decomposition on blocks and uses multiunit (FE) is developed; the new original structure of Fibonacci codes converters in a binary code with promptitude in one step