Zhuravel P. Correlation-time methods and means of forming and processing noise signals in computer networks

Object of study: data transmission in computer systems with correlation-time noise processing algorithms. Object is to develop methods of generating and processing noise signals to increase performance of data transmission in computer networks. Scientific novelty: 1. Proposed method of parallel processing of input signal in multi-channel systems with correlation-delay shift keying of noise signal (CDSK), which reduces probability of errors. 2. Improved models of communication systems by using CDSK zoom ratio information component of transmitted signal. 3. Further development took a method of multiple access in systems with CDSK. The practical significance of the results is the proof obtained research results to specific engineering methods, algorithms and structural schemes that provide noise immunity by increasing data noise signal. The efficiency of the proposed methods was confirmed in the course of carrying out experimental research and computer simulation. The results can be applied in the design of wireless communication systems and computer networks.