Structures and Multifunctional Characteristics of Parallel ADCs used in Cyber-Physical Systems

Structural implementation and scope of usage of high-performance parallel ADCs are summarized; system characteristics of ADCs of this type with output codes in unitary, Rademacher, Haar, Rademacher-Krestenson, Haar-Krestenson and Galois number systems are analyzed. New structures of parallel ADCs with reduced structural, time, and hardware complexities are proposed. Expanded areas of efficient application of multifunctional parallel ADCs in solving the problems of developing the advanced methods of encoding measured data about structure improvement of data exchange protocols in telecommunication networks of cyber-physical systems of crypto-protected encoding of RGB-pixels in color images are shown and the entropy of analog signals is determined.