Performance modeling and optimization of flexible QoS-guaranteed multifunctional MAC for rural profitable ubiquitous 5G IoT/M2M systems

The ubiquitous Internet of Things (IoT) and M2M/M2H systems envisage unprecedented high requirements to the reliability, flexibility, throughput, guaranteeing of QoS/QoE, spectral/ energy efficiency, and to low-cost covering of the rural and remote (RRD) areas especially. We show that the distributed multifunctional medium access control (MFMAC) to long-delay wireless medium with dynamical (“on-the-fly”) control of the bandwidth recourses allocation and QoS/QoE plays a key role for achievement of named above breakthrough features of the rural 5G IoT mobile and nomadic wireless communications. In this paper, we develop our researches of the fundamental principles, optimization and modeling of the distributed wireless MFMAC protocols which meet the issues and requirements of rural 5G IoT/M2M/H2H communications'.