Bandwidth Assurance Using Energetic Fusion Channel In Ad-Hoc Networks

Abstract

Wireless mesh networks (WMNs) have been proposed to provide cheap, easily deployable and vigorous Internet access. Improving user throughput is a primary objective in a WMN. The system focus on wireless networks with inactive nodes, such as community wireless networks. The goal of the metric is to choose a high-output path between a source and a destination. Metric assigns weights to individual links based on the Expected Transmission Time (ETT) of a packet over the link using many to many communications. In such networks, most of the nodes are either stationary or minimally mobile and do not rely on batteries. Hence, the effort of routing algorithms is on improving the network capacity or the performance of individual transfers for this, the system use Ad-hoc On-Demand Multi Path Distance Vector (AOMDV) for selecting and Demanding Shortest Path for transmission with Bandwidth Assurances. One of the main problems facing such networks is the reduction in total capacity due to interference between multiple simultaneous transmissions.