Ieee Projects 100% Working Code + Documentation+ Explaination – Best Price Multicast Capacity in Manet with Infrastructure Support
Ieee Projects 100% Working Code + Documentation+ Explaination – Best Price Multicast Capacity in Manet with Infrastructure Support
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DOI：
10.1109/tpds.2013.79
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发表时间：
2014-07
影响因子：
5.3
通讯作者：
中科院分区：
文献类型：
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我们研究了一个网络模型下的多播容量，同时具有节点的移动性和基础设施的支持。移动性和基础设施以及多播传输和基础设施之间的组合已经显示出增加多播容量的有效方法。在这项工作中，我们共同考虑上述三个因素对网络容量的影响。我们假设m个静态基站和n个移动的用户被放置在ad hoc网络中。一般的移动性模型，使每个用户移动范围内的距离从它的家点与任意模式。另外，每个移动的节点用作多播传输的源，这导致总数为n的多播传输。我们专注于基站的情况下，实际上有利于容量的提高，并发现多播容量在移动的混合网络福尔斯分为几个政权。对于每一个政权，可达到的上限和下限。我们的工作包含混合网络中的组播容量的理论分析，并结合蜂窝和adhoc网络的真实的混合系统的设计提供指导。
We study the multicast capacity under a network model featuring both node's mobility and infrastructure support. Combinations between mobility and infrastructure, as well as multicast transmission and infrastructure, have already showed effective ways to increase multicast capacity. In this work, we jointly consider the impact of the above three factors on network capacity. We assume that m static base stations and n mobile users are placed in an ad hoc network. A general mobility model is adopted, such that each user moves within a bounded distance from its home-point with an arbitrary pattern. In addition, each mobile node serves as a source of multicast transmission, which results in a total number of n multicast transmissions. We focus on the situations in which base stations actually benefit the capacity improvement, and find that multicast capacity in a mobile hybrid network falls into several regimes. For each regime, reachable upper and lower bounds are derived. Our work contains theoretical analysis of multicast capacity in hybrid networks and provides guidelines for the design of real hybrid systems combing cellular and ad hoc networks.