文件名称:Mitigating-the-impact-of-node-mobility-using-mobi
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Our scheme eliminates the delay caused by cluster head election and enables nodes
to start communication immediately after joining a cluster. Through simulation and analysis, our protocol
is shown to possess good scalability, incur lower control overhead and achieve higher packet delivery
ratio than existing OLSR and HOLSR routing protocols for various node mobility. Furthermore, unlike
other proactive routing protocols, the control overhead of FASTR is shown to be independent of node
mobility
to start communication immediately after joining a cluster. Through simulation and analysis, our protocol
is shown to possess good scalability, incur lower control overhead and achieve higher packet delivery
ratio than existing OLSR and HOLSR routing protocols for various node mobility. Furthermore, unlike
other proactive routing protocols, the control overhead of FASTR is shown to be independent of node
mobility
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Mitigating the impact of node mobility using mobile backbone for heterogeneous MANETs.pdf