One important objective of 5G mobile networks is to accommodate a diverse and ever-
increasing number of user equipment (UEs). Coping with the massive signaling overhead …

One important objective of 5G mobile networks is to accommodate a diverse and ever-
creasing number of user equipment (UEs). Coping with the massive signaling overhead …

Mobility management in 5G networks is a very challenging issue. It requires novel ideas and
improved management so that signaling is kept minimized and far from congesting the …

Reducing the total signaling overhead of tracking and paging user equipments (UEs) is one
of the most challenging problems in the study of location management of cellular networks …

The 5 th Generation wireless systems (5G) is expected to accommodate exceptional
services beyond current cellular systems. To achieve this goal, however, ongoing studies …

The enormous competition in the telecommunications market results in the necessity of
optimized and cost-efficient networks for the operators and service providers. Tracing users …

Network slicing has been viewed as one of the key architectural technologies for the next
generation (5G) mobile network. The mobility pattern of User Equipments (UEs) in different …

In future cellular networks, tracking areas (TAs) that are defined for location management
purposes will be frequently updated to cope with changes in user trends. In this paper, an …

In a cellular network, the network coverage is partitioned into nonoverlapping areas called
registration areas to facilitate location management (LM) that keeps track of the location of a …

Reaching a flat network is the main target of future evolved packet core for the 5G mobile
networks. The current 4th generation core network is centralized architecture, including …