Integrating Power line and Wireless for Intelligent and Opportunistic Networking

Soma Pandey, V. Pande, G. Kadambi
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引用次数: 1

Abstract

In this paper we try to present a network architecture which leverages the power line for Opportunistic networking. We try to provide the autonomous working by use of 802.11 wireless mesh networks. This architecture is aimed at providing better Quality of Service without any additional infrastructure. This integration gives the high bandwidth of wired network to WiFi. The architecture focuses on providing wired backhaul of power line to 802.11s WiFi network. Then the combined network is systematically simplified by graph theory simplification techniques to reduce the network size considerably thereby shortening the route path. It also achieves Quality of Service as each wired backhaul subsequently leads to Internet Gateway. Increasing the backhauls means increase in number of gateways. We devise an intelligent algorithm which can switch between gateways with change in traffic and other overloading conditions thereby bringing the bandwidth within the wireless network at par with its wired counterparts.
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集成电力线和无线,实现智能和机会网络
在本文中,我们试图提出一种利用电力线进行机会网络的网络架构。我们尝试使用802.11无线网状网络提供自主工作。该体系结构旨在提供更好的服务质量,而无需任何额外的基础设施。这种整合让WiFi拥有了有线网络的高带宽。该架构侧重于为802.11s WiFi网络提供电力线的有线回程。然后利用图论简化技术对组合网络进行系统简化,大大减小了网络规模,从而缩短了路径。它还实现了服务质量,因为每个有线回程随后通向互联网网关。增加回程意味着增加网关的数量。我们设计了一种智能算法,可以根据流量和其他过载情况的变化在网关之间切换,从而使无线网络内的带宽与有线网络相当。
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