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Premeditated Policies to Resource Reservation for Prioritized Traffic in Multi Hop Ad Hoc Networks

机译:用于多跳ad Hoc网络的优先级流量的资源预留有预留的政策

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There are many fields at where ad hoc networks are used, but applications like mission critical and commercial production or broadcasting which mostly contain real time audio and video streams and require absolute end to end guarantee for QoS. The key attribute these applications for guarantying for QoS is, they need routing path for connectivity like virtual leased line that is very difficult in the scenario of mobile ad hoc networks due to the mobility of nodes and changing topology conditions. With respect to transfer the contents, resources are required to be reserved along the selected path(s). In this regard previously two types of approaches are being used: load balancing in which multiple paths are selected and resources are reserved on those and packets are sent along all paths and other to use redundant paths but using only one at one time by reserving resources on that. On failure of first one, second is used and tried to reserve resources on that alternate path. In this paper we have introduced entirely a new approach in which we find multiple paths and select best three from all those as primary, secondary and ternary on certain criteria of maximum bandwidth and minimum hopes and these paths must be loop free and node disjoined. Resources are reserved on both primary and secondary paths and allocate those reserved resources to different categories of traffic according to their priority on the basis of service agreement made with network.
机译:使用ad hoc网络的位置存在许多领域,但是,许多关键和商业生产或广播,它主要包含实时音频和视频流,并且需要绝对端以最终保证QoS。关键属性这些应用程序保证QoS是,它们需要在移动ad Hoc网络的场景中非常困难地提供连接的路由路径,这是由于节点的移动性和更改拓扑条件。关于转移内容,需要沿所选路径保留资源。在这方面,使用了两种类型的方法:负载平衡,其中选择多条路径并保留在那些中,并将数据包沿所有路径发送,以使用冗余路径,但是通过保留资源一次仅使用一个那。关于第一个失败,第二个是使用并试图在该备用路径上保留资源。在本文中,我们完全介绍了一种新的方法,其中我们找到了多条路径,并从所有最大的带宽和最小希望的标准中选择最佳三个,从所有最大的带宽和最小希望的标准中选择,并且这些路径必须是循环的,节点散布。资源保留在主要和二级路径上,并根据与网络的服务协议的优先权将这些保留资源分配给不同类别的流量。

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