Optimizing Interference Management in Multi-Channel Multi-Radio Wireless Mesh Networks

Abstract

Wireless Mesh Networks (WMNs) face challenges in load balancing due to high traffic volumes. Unequal load distribution stems from two main factors: the dispersed nature of clients and their varying demands. The primary goal is to develop multi-frequency hybrid radio network systems with dynamic frequency allocation and gateway selection. A framework termed "LACE - Load-Aware Frequency Estimation" is introduced to enhance network protection, lifespan, and quality while reducing packet loss, latency, energy consumption, and routing overhead. This approach facilitates the expansion of coverage without compromising frequency capacity by enabling dynamic frequency allocation and gateway selection in WMNs.