Some Aspects of Blockchain-Enabled Radio Access Networks (B-RAN) Modeling: Review and Theoretical Study

The impressive growth of the demand for wireless services 5G and beyond, particularly encouraged by Internet Things, Everything, etc., raised up importance problems related to drastic increase (among others) spectrum efficiency systems. In this regard two opportunistic trends were recently discussed practical professionals academicians: non-orthogonal sharing (NOMA transmission) user equipment (UE) at physical layer level decentralized Blockchain-enabled Radio Access (B-RAN) paradigm network label. Both them promise a significant on transmission rate with low latency, etc. not only networks, but further, towards 6G networks so on.
 Moreover, it is fact that number published works B-RAN (some considered hereafter) very impressive, however, attention its modeling aspects rather limited.
 presented material dedicated present an approach small-scale case high-dimensional based continuous-time Markov processes discrete set states (N>>1) self-similar traffic modeling.