首页> 外文会议>Proceedings of the 2016 IEEE International Conference on Wireless Communications, Signal Processing and Networking >An approach to self-organizing adaptive virtual back-bone energy-aware role-based(SAVER) strategy for MANET
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An approach to self-organizing adaptive virtual back-bone energy-aware role-based(SAVER) strategy for MANET

机译:MANET自组织自适应虚拟骨干基于能量角色的(SAVER)策略的方法

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In mobile ad-hoc network (MANET), nodes mobility is the nub factor affecting stability of network in clustering algorithm. Here node specifically acts as an Electronic Device having mobile nature. In the proposed strategy, we present a role-based algorithm for self-organizing, cluster creation and maintenance of MANETs which consist of smartphones, PDAs, sensors, etc. In this approach, each node is controlled by a role-assignment module, which decides the role of node based on scaling factor. Residual energy of the node and its local interaction decides Scaling Factor. Nodes with specific role form Virtual-Backbone which provides efficient communication in the network. Self-organizing, back-bone re-configuration, and energy saving is achieved by dynamic role assignment.
机译:在移动自组织网络(MANET)中,集群算法中节点移动性是影响网络稳定性的关键因素。在此,节点专门充当具有移动性质的电子设备。在提出的策略中,我们提出了一种基于角色的算法,用于MANET的自组织,集群创建和维护,包括智能手机,PDA,传感器等。在这种方法中,每个节点都由角色分配模块控制,该模块根据比例因子确定节点的角色。节点的剩余能量及其局部交互作用决定了比例因子。具有特定角色的节点形成Virtual-Backbone,可在网络中提供有效的通信。通过动态角色分配,可以实现自组织,骨干重新配置和节能。

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