In this paper, a non-cooperative game method is formulated where all players compete to
transmit at higher power. Every base station represents a player in the game. The game is …

In this study, the authors formulate a non‐cooperative game approach in which all base
stations compete in a selfish manner to transmit at higher power. Each base station in the …

The small cell technology is considered as a key technology for 5G networks. The capacity
expansion and coverage extension are both achieved through this deployment. However …

In this paper, an integrated game theoretic and grey relational analysis handover method for
dense small cell-heterogeneous networks is proposed. The game theory is deployed to …

The heterogeneous deployment of different base stations has increased the overall network
capacity and reduced excess traffic from the macrocell network. However, this improved …

In this game theoretic proposed work, non-cooperative game is considered in
heterogeneous network (Hetnet), and each base station is treated as a competitive player in …

In two-tier heterogeneous networks (HetNets) that consist of a central macrocell underlaid
with spectrum-sharing dense smallcells, one primary concern is the cross-tier interference …

Problem: In next-generation networks, users can optimize or tune their preferences with a
seamless transfer of diverse access methodologies for maximizing the Quality of Service …

With the introduction of small cell into current macro cell structure, the ever-growing demand
for mobile data service has the opportunity to be fulfilled. But the correspondingly overlaid …

The development of wireless technology, especially small cell communication systems, is
now very flexible to be developed. As a form of network densification to improve the …