Albanskiy I. Special correlation processors for processing digital data in different code systems of theoretically-numerical bases

The object of scientific research is the digital data processing in correlation special processors of computerized systems; the subject of scientific research is methods and software-hardware of digital correlation signal processing, that implementing methods of encoding data in a variety of theoretical and numerical bases; novelty - the method of correlation data processing is developed on the basis Rademacher functions by performing the multiplication in the analog-to-digital conversion , formation of digital codes , their shifts, even getting the products and their accumulating adding that unlike the known structures allows you to withdraw from the CPU multiplication matrix as and reduce the time and hardware complexity of digital correlator; we also present for the first time the method of digital correlation data processing wich is created on base of Haar-Krestenson by encoding input digital samples in notation and representation of residual classes modulo residues in the Haar basis, that contrary to the known operations allow you to perform multiplication and addition products of current and even shifted digital data based on single-cycle gate array and as a result improving the performance of digital correlator; we firstly presented a method for determining the sign autocorrelation function by means of presentation the results in the Rademacher basis, that unlike the known algorithms allow to simplify, enhance its performance, reduce hardware complexity and functionality of special processor capabilities.