QoS aware multicast routing in MANETs

M. Kakkasageri, S. Manvi, R.S. Gadad
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引用次数: 6

Abstract

Unlike fixed networks such as the Internet, quality of service support in mobile ad hoc networks (MANETs) is challenging. They potentially have less resources than fixed networks. Applications like video-on-demand, video conferencing, demand multicasting in MANETs. For such applications, more criterion are required in order to capture the quality of the links between the nodes. Proposed QoS aware multicast routing scheme ensures QoS guarantees (bandwidth reservation, delay constrain and packet loss) to multicast session. The scheme operates in the following sequence: 1) Determine the mobility factor of each node participating in the multicast routing, 2) Clustering of nodes and then select QoS aware cluster heads based on the mobility factor of nodes, 3) Identify the intermediate node, 4) Join multicast group members to the backbone, 5) Set up a QoS aware path for the required multicast route. The scheme has been simulated in various network scenarios to test operation effectiveness in terms of performance parameters such as cluster formation time, number of QoS aware cluster heads, network reconfiguration time. We observed from the simulation that the proposed scheme effectively reduces the network overhead and takes care of the connectivity breakages due to mobility of nodes and the node failures.
基于QoS的多播路由
与Internet等固定网络不同,移动自组织网络(manet)的服务质量支持具有挑战性。它们可能比固定网络拥有更少的资源。视频点播、视频会议等应用需要在manet中进行多播。对于这样的应用程序,需要更多的标准来捕获节点之间链接的质量。提出的QoS感知组播路由方案为组播会话提供了QoS保证(带宽保留、延迟约束和丢包)。该方案的操作顺序如下:1)确定参与组播路由的每个节点的迁移系数,2)对节点进行聚类,然后根据节点的迁移系数选择QoS感知簇头,3)识别中间节点,4)将组播组成员加入骨干,5)为所需的组播路由建立QoS感知路径。该方案已在各种网络场景中进行了仿真,以测试在簇形成时间、QoS感知簇头数量、网络重构时间等性能参数方面的运行有效性。仿真结果表明,该方案有效地降低了网络开销,解决了由于节点移动和节点故障导致的网络连接中断问题。
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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