DEVELOPMENT OF THE STRUCTURE DEVICE SCALING RANGE NONPOSITIONAL DIGITAL FILTERS RESIDUE CLASS
Parallel processing using positional modular code allows for high speed and accuracy of the final results. This is especially important in digital filtering. This is due to the fact that to obtain a good response at the output of the digital filter is necessary to ensure high precision of the filter coefficients. Of-Application-independent computing channels, which are defined modular code base, make it possible to determine quite simply, get the required dynamic range for a computing device. However, in this case, the translations of the modular code positioning code based on the Chinese remainder theorem require significant hardware expenses. The paper presents the structure of the device scaling range of the digital filter residue classes, which allows us to solve this problem.