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引用次数: 0
摘要
针对传统AOMDV (Ad hoc On-demand multipath Distance Vector)协议存在的缺陷，提出了一种改进的多径网络负载均衡路由协议。本研究分析了传统路由协议存在的问题，并根据无线网状网络(WMN)的网络传输情况估计了可用路径负载。此外，根据给定的负载设计了负载分配方案，并利用MCMR方法改进了多路径负载均衡。我们还控制路径发现和路径数量，同时建立路由路径和概率平衡。最后，对AOMDV协议进行了改进，实现了高效的数据传输。改进后的路由协议性能结果表明，改进后的路由协议能够提高成功投递率，延长网络生存时间。
Improved design of load balancing for multipath routing protocol
In this paper, an improved routing protocol for multipath network load balancing is proposed for defects in the traditional AOMDV (Ad hoc On-demand Multipath Distance Vector) protocol. This research work analyzes problems in traditional routing protocols and estimates the available path load according to network transmission in Wireless Mesh Networks (WMN). Moreover, we design a load distribution scheme according to a given load and improve multi-path load balancing by using the MCMR method. We also control path discovery and the number of paths while also establishing routing paths and probability balancing. Lastly, improvements are made to the AOMDV protocol and efficient data transmission is acheived. The performance results of the modified routing protocol show that the designed protocol can improve successful delivery rate and prolong network survival time.
期刊介绍：
The Journal of High Speed Networks is an international archival journal, active since 1992, providing a publication vehicle for covering a large number of topics of interest in the high performance networking and communication area. Its audience includes researchers, managers as well as network designers and operators. The main goal will be to provide timely dissemination of information and scientific knowledge.
The journal will publish contributed papers on novel research, survey and position papers on topics of current interest, technical notes, and short communications to report progress on long-term projects. Submissions to the Journal will be refereed consistently with the review process of leading technical journals, based on originality, significance, quality, and clarity.
The journal will publish papers on a number of topics ranging from design to practical experiences with operational high performance/speed networks.
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