PROJECT TITLE :

Performance Analysis of Large Multi-Interface Wireless Mesh Networks with Multi-Different Bandwidth Channel

ABSTRACT:

During this paper, we study the asymptotic throughput capability of a static multi-channel multi-interface infrastructure wireless mesh network (InfWMN) wherein every infrastructure node has m interfaces and c channels of unequal bandwidth are accessible. Initial, an higher bound on the InfWMN per-user capacity is established. Then, the possible lower bound is derived by construction. We have a tendency to prove that both lower and upper bounds are tight. We limit our analysis for more practical case of . But, for the asymptotic higher bound, our analysis will be used for the general case in which there's no constraint on m and c. Our study shows that in such a network with Nc randomly distributed mesh clients, Nr regularly placed mesh routers, and Ng gateways, the asymptotic per-consumer throughput capacity has totally different bounds, that rely on the ratio between the total accessible bandwidth for the network and the add of m 1st greatest knowledge rates of c accessible channels, i.e., . The results of this paper are additional general compared to the prevailing published researches. Additionally, within the case that , our results cut back to the previously reported studies. This implies that our study - s comprehensive compared to the formerly printed researches.