Device to Device Communication using Stackelberg Game Theory approach

The constant growth in the heterogeneous devices needs to enhance the network capability to fulfill the increased demand of the users. Such a huge number of devices require higher sum rates, superior throughput, system capacity, minor delay, and QoS. The accessible resources are finite and must be flexibly utilized by the subscribers and operators with the expanding requirement. The objective of the paper is to analyze the resource allocation aspects of D2D communication. Furthermore, discuss a game theory approach mainly focuses on the Stackelberg game for resource allocation in the heterogeneous network and how it affects system performance and throughput.