Coalitional Game Theory-Based Resource Allocation Strategy for Robust IRS-VLC System

Abstract

This study investigates the optimization of energy efficiency in robust visible light communication (VLC)—intelligent reflecting surface (IRS) systems through a novel resource allocation strategy based on coalitional game theory. By employing coalitional game theory, the proposed strategy optimizes LED power and IRS energy consumption within practical constraints. IRS elements form coalitions centered around a central unit or units, enhancing the system performance through coordinated element management. Simulation results demonstrate significant improvements in energy efficiency and signal quality compared to conventional methods, validating the effectiveness of the proposed strategy.

Keywords

• intelligent reflecting surfaces (IRSs)
• visible light communication (VLC)
• resource allocation
• blockage mitigation