ABSTRACT
This chapter presents some of the challenges of massive machine type communications for the fifth generation (5G) communications and associated research activities. It provides a platform to advance knowledge beyond 5G or sixth generation communications. Network slicing architecture works on a partially shared infrastructure as software defined networks (SDN) and network function virtualization (NFV) are embedded into 5G systems. Network slicing is one of the critical enablers and an architectural answer to the future communication system. Predictive resource allocation and scheduling techniques should be developed to enable efficient massive connectivity. Multi-access edge computing can offload tasks performed by machine type communications (MTC) devices and ensure low latencies due to the proximity of the computing facilities to the MTC point of attachment. Connectivity solutions are personalized based on vertical-specific requirements as the SDN, and NFV will enable the same core network for different verticals.
