A model for building a wireless terahertz network with increased communication reliability

Abstract

The proposed principles of implementation of new innovative service of networks of 5 and next generations – use of resource of local clusters of the network infrastructure of terahertz range with integrated reconfigured intellectual surfaces (RPE) for ensuring reliability of communication. The solutions for using the distributed registry for implementation of the mechanism of warning henchconfidence during blocking in the terahertz range are given. New in the proposed solution is that in modern wireless networks during the transfer of service (hinder) of the user's equipment the mechanism of consecutive interaction and transmission of signals between several objects of mobility and session management is launched. The proposed solution differs from the known fact that eliminates the need for consistent processing of requests for many managed objects, especially when the network function should be chosen from a number of candidates and accordingly ensures implementation of various services with ultra-low delays. A proposed terahertz network coverage design model with support for reconfigurable intelligent surfaces based on Kohonen self-organizing maps. The key differences in the approach are the use of the signal-to-noise ratio metric instead of the Euclidean distance, as well as the use of the service-user density to form a digital cluster, allowing to choose the size of the digital network cluster, taking into account the requirements for the quality of subscriber traffic and the distribution of users across the territory, including for a variety of services based on the concept of low-delay communication networks. The methodological basis of choice of blockchain system and algorithm of consensus on the basis of requirements and advantages is given. Its use allowed to carry out a preliminary assessment of the use of blockchain technologies for integration into the proposed promising solution.