Structures and Methods for Synchronizing Data Exchange Protocols Computer Networks

An existing data exchange protocols (DEPs), that are applied at physical and channel levels of computer networks are analysed in this article. The principles of structures and components formation of standard DEPs with bit- and byte-oriented synchronization are outlined. The efficiency of application of (2(k)+1)-ary signals ensembles on the basis of amplitude, frequency, phase, functional, broadband correlation and entropy manipulation is explored. The prospect of protocols classes expanding for dialogue data exchange on the physical and channel levels of computer networks is substantiated. New DEPs structures are proposed, in which there are no bit stuffing operations, as well as the errors detection and correction at the physical level in the process of data packets transmitting.