A FLEXIBLE TECHNIQUE GUARANTEES PRIORITY-BASED WIRELESS NETWORK TO MAINTAIN QOSPages 118-127
Hariharan D.,
Abstract
A Wireless Mesh Network (WMN) is a network of communication that includes mesh-based clients and mesh routers arranged into an orderly topology. Mesh networks are reliable and provide redundancy. WMN is self-healing and self-configuring, i.e., in the event that one node cannot function anymore, the remaining nodes will communicate with one another either directly or via an intermediate node or two. This paper focused on the designs and development of new methods to maintain the quality of service and the utilization of the efficiency of energy use in the WMN. In order to efficiently disperse power and provide consistently high-quality service in wireless mesh networks, a novel enhanced adaptive reliability, weighted fair queue method was developed. This paper presents a novel algorithm that was proposed to reduce energy consumption, decrease time-to-transmission delays, and avoid buffer overloading, thereby increasing performance by using QoS and ensuring a shorter network downtime in real-time wireless mesh topology implementations. The goal is to ensure that energy consumption is lower, which will improve efficiency and packet delivery.
Keywords:
Enhanced Adaptive Fidelity Weighted Fair Queue,
Wireless Mesh Network,
QoS (Quality of Service),
Well-organized packet delivery.
|
Hayder R. Dakheel, 
PDF 