GARTHER’S 2017 HYPE CYCLE TECHNOLOGIES: THEIR ANALYSIS AND PRACTICE

An analytical review of the cyber physical technologies identified in the Gartner's Hype Cycle 2017 is offered, as well as some explanations related to their application in science, education, transport, industry and government structures. Selected areas are not included in the cycle of market-friendly technologies, which relate to cyber-social monitoring and management of society. It offers an expanded description of technologies related to the smart digital world, green cities and 5G-telecommunications. Recommendations are given for using the top 10 components of the super-cycle 2017 in the business and scientific-educational process of universities. The memory-driven innovative architecture of quantum computing is presented, which is characterized by the use of photon record-read transactions on the structure of electrons in the absence of logic associated with superposition and entanglement of states. A combinational QC-processor is proposed for parallel solution of the coverage problem due to hardware implementation of superposition operations, which makes it possible several times to improve the speed of procedures when searching for the optimal solution. A quantum method for minimization Boolean functions is suggested, where the states of the input variables are represented by unitary codes, which makes it possible to significantly improve the performance due to the additional memory