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首页> 外文期刊>Arabian Journal for Science and Engineering. Section A, Sciences >SEE: Synchronized Efficient Energy Calculation for Topology Maintenance & Power Saving in Ad Hoc Networks
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SEE: Synchronized Efficient Energy Calculation for Topology Maintenance & Power Saving in Ad Hoc Networks

机译：SEE：用于Ad Hoc网络中的拓扑维护和节能的同步高效能计算

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摘要

Dynamic data transmission for ad hoc networks is a significant concept in wireless communication. Some authors have introduced routing algorithms for dynamic data transmission. However, these algorithms have susceptible mobility between the nodes in large and efficient networks. In this context, position-based opportunistic routing (POR)acts as the routing algorithm, which maintains a stateless property on each node when broadcast implementation is done in wireless communication within a time interval. Due to its stateless property, POR appears to consume more energy for maintaining route recovery, backup communication, and virtual destination on node data delivery. In case of this type of communication in ad hoc networks, a synchronization-based efficient energy (SEE) algorithm is further introduced in the proposed work along with the POR protocol. In essence, SEE is a distributed and randomized calculation process, where nodes retain efficiency in local communication by facilitating packet forwarding between intermediate nodes by using backup communication. Without change of network capacity, SEE decreases energy. We also seek to evaluate the computational analysis of the SEE approach in wireless networks. Our experimental outcomes show how effective cooperative communication is possible in wireless network by using a power consumption model that, in turn, expands the scope of network in communication. Additionally, a SEE enhances performance of this model in parameters such as load maintenance, throughput, interpacket delivery ratio, and power consumption in distributed communication networks.
机译：自组织网络的动态数据传输是无线通信中的重要概念。一些作者介绍了用于动态数据传输的路由算法。但是，这些算法在大型高效网络中的节点之间具有敏感的移动性。在这种情况下，基于位置的机会路由（POR）充当路由算法，当在一定时间间隔内在无线通信中完成广播实现时，该算法将在每个节点上保持无状态属性。由于其无状态属性，POR似乎会消耗更多能量来维护路由恢复，备份通信和节点数据传递上的虚拟目标。在ad hoc网络中进行此类通信的情况下，建议的工作中还将基于同步的高效能（SEE）算法与POR协议一起引入。本质上，SEE是一种分布式的随机计算过程，其中节点通过使用备份通信促进中间节点之间的数据包转发，从而保持了本地通信的效率。在不改变网络容量的情况下，SEE可以降低能耗。我们还寻求评估无线网络中SEE方法的计算分析。我们的实验结果表明，通过使用功耗模型来扩大无线网络的通信范围，如何在无线网络中实现有效的协作通信。此外，SEE可以在分布式通信网络中的参数（例如负载维护，吞吐量，数据包间传输率和功耗）中增强此模型的性能。

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