Анализ программной реализации прямого и обратного преобразования по методу недвоичного равновесного кодирования

Abstract

Modern telecommunication systems tend to use noise-immune coding methods to ensure reliability and cryptographic algorithms to provide security. For integrated security (in one mechanism) the authors suggest using symmetric crypto-code system based on Niederraiter theoretical code scheme on algebrogeometric codes. This scheme relates to models with provable resistance (resistance based on theoretical and difficult task - random code decoding), while algebrogeometric code can solve the problem of ensuring the reliability of information transmission. Article considers the data exchange protocol in asymmetric crypto-code system (NKKS) based on Niederraiter theoretical-code scheme on elliptic codes, general algorithms of non-binary equilibrium coding based on the generalized binomial-way presentation of information used in Niederraiter asymmetric crypto-code system to form codegram and decode the code sequence on the receiving side. An internal structure of the program implementation and its features, software implementation analysis to evaluate energy consumption in the practical implementation of the protocol data are presented.