一种提高嵌套移动网络性能的新模型设计

S. Ibrahim, Yasir Abdalgader Mohammed, Sally Dafaalla Awadalkarim Abualgasim
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引用次数: 0

摘要

最近;网络移动性(NEMO)已成为IP系统的重要需求。它保证了稳定的网络可用性在系统的多功能性。Internet Engineering Task Force-Request for Comment (IETF RFC 4889)将嵌套移动网络中的路由优化作为克服某些限制的方法进行了讨论。本文提出了一种新的模型来提高嵌套网络的性能。通过在嵌套顶层的仿真,实现了比NEMO BSP减少5%的端到端延迟和提高20%的吞吐量。在嵌套的中层,实现了比NEMO BSP少10%的端到端延迟和18%的吞吐量。最后;在第三层嵌套中,实现了比NEMO BSP少14%的端到端延迟和15%的吞吐量。所有这些都考虑到只有三个嵌套级别,因此当嵌套级别增加时结果变得有效。该模型可以归类为针对嵌套移动网络路由限制的最佳解决方案之一,并且可以通过使用更智能的路由器来开发以达到最佳结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of a New Model for Enhancement of the Performance of Nested Mobile Networks
Recently; Network Mobility (NEMO) turns into a vital necessity for IP systems. It guarantees stable web availability amid the system versatility. Internet Engineering Task Force-Request for Comment (IETF RFC 4889) discussed route optimization in nested mobile network as an overcome of some limitations. In this paper, new model has been proposed to enhancing the performance of nested networks. Through the simulation in top-level of nested achieved 5% less end to end delay and 20% more throughput than NEMO BSP. In mid-level of nested achieved 10% less end to end delay and 18% more throughput than NEMO BSP. Finally; in third-level of nested achieved 14% less end to end delay and 15% more throughput than NEMO BSP. All of this taking into consideration that there is just three level of nesting, so when the levelof nesting increased results become efficacious. This model can classify as one of best proposed solution for nested mobile networks routing limitations and can be developed to reach optimal results by using more intelligent routers.
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