Neighbor discovery in ad-hoc networks using dual band scheme

J. Rainy, M. Nesasudha
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引用次数: 1

Abstract

The aim of this paper is to reduce the average neighbor discovery time and average energy consumption in self organized ad-hoc networks. The rate at which the data is transmitted is high, up to Gbps, in 60 GHz networks. These networks often use directional antenna which provides high data transmissions. But, the disadvantage of using directional antenna is, the average time consumed for discovering the neighbor nodes is high and it also consumes more energy during this process. So, we use Omni directional antenna for discovering neighbors using Wi-Fi band (2.5 GHz or 5 GHz)). To transfer data, mmWave band with directional antenna is used. The results shows that this scheme consumes less time and energy compared to other conventional methods that uses only directional beamforming.
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使用双频方案的ad-hoc网络邻居发现
本文的目的是减少自组织自组织网络的平均邻居发现时间和平均能量消耗。在60ghz网络中,数据传输的速率很高,最高可达Gbps。这些网络通常使用定向天线提供高数据传输。但是,使用定向天线的缺点是发现邻居节点的平均时间高,并且在此过程中消耗更多的能量。因此,我们使用全向天线来发现使用Wi-Fi频段(2.5 GHz或5 GHz)的邻居。采用带定向天线的毫米波波段传输数据。结果表明,与其他仅使用定向波束形成的传统方法相比,该方案节省了时间和能量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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