Performance Improvement of Ad Hoc Networks by Deployment of Directional Antenna

K. Yamamoto, M. Yamamoto
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引用次数: 7

Abstract

Ad hoc network which requires no infrastructure equipment such as access points is paid great attention in recent years. In ad hoc network, each host controls its wireless access in a distributed fashion. Generally, carrier sensing is used for detecting channel availability. By using RTS and CTS control frames, MAC sub-layer predicts the channel use and resolves hidden-terminal problem. Broadcast nature of RTS and CTS control frames leads to inefficient spatial reuse. One promising solution for this inefficient spatial reuse is usage of directional antenna. In ad hoc networks, heterogeneous network configuration is general, which means each host is equipped with different network facilities. For antennas, it will be general situation that not all hosts are equipped with directional antenna. This paper evaluates throughput performance of the ad hoc network in this realistic situation and shows how much performance improvement deployment of directional antenna will bring to the network.
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定向天线部署对Ad Hoc网络性能的改善
不需要接入点等基础设施设备的自组网近年来受到广泛关注。在自组织网络中,每个主机以分布式方式控制其无线访问。一般来说,载波传感用于检测信道的可用性。MAC子层通过使用RTS和CTS控制帧来预测信道使用情况,解决隐藏终端问题。RTS和CTS控制帧的广播特性导致空间重用效率低下。对于这种低效的空间复用,一个有希望的解决方案是使用定向天线。在ad hoc网络中,异构网络配置是通用的,这意味着每台主机都配备不同的网络设施。对于天线,一般情况下并非所有主机都配备定向天线。本文对这种实际情况下的自组织网络的吞吐量性能进行了评估,并展示了定向天线的部署将给网络带来多大的性能提升。
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