Game Theory-Based Resource Allocation for Secure WPCN Multiantenna Multicasting Systems

Resource Allocation Strategies for Secure WPCN Multiantenna Multicasting Systems

This paper investigates a secure wireless-powered multiantenna multicasting system, where multiple power beacons (PBs) supply power to a transmitter in order to establish a reliable communication link with multiple legitimate users in the presence of multiple eavesdroppers. The transmitter has to harvest radio frequency (RF) energy from multiple PBs due to the shortage of embedded power supply ...

Distributed Resource Allocation for D2DCommunication Networks Based in Game Theory

The next generation expected to provide high data rate to handle the huge demand on new dataconsuming applications and services, Also the higher number of connected devices due to using new technologies such as internet of things (IoT) will make the challenge more difficult. New techniques must be used to face this challenges such as base station densification, use new high frequency bands, Mac...

Transmission cost allocation based on cooperative game theory

Resource allocation based on integer programming and game theory in uplink multi-cell cooperative OFDMA systems

In this article, we propose a semi-distributed resource allocation framework for the resource optimization in multicell uplink cooperative orthogonal frequency division multiplexing systems. Specifically, we model the resource allocation framework as an optimal problem. This optimization problem is divided into two steps. First, using integer programming, we achieve the joint relay selection an...

Optimization of Resource Allocation in Wireless Systems Based on Game Theory

The power allocation has for long been considered a major problem for communication between many users who share common resources. With the emergence of new paradigms such as ad hoc networks, unregulated frequency bands and cognitive radio, the study of power allocation distributed protocols becomes particularly relevant. In fact in such networks, terminals can freely choose their power allocat...