Energy‐efficient cluster manager‐based cluster head selection technique for communication networks,International Journal of Communication Systems

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Energy‐efficient cluster manager‐based cluster head selection technique for communication networks
International Journal of Communication Systems ( IF 1.7 ) Pub Date : 2020-04-30 , DOI: 10.1002/dac.4427
Amutha S ₁ , Kannan B ₂ , Kanagara J M ₃

Affiliation

The Mobile Adhoc Network (MANET) is a distributed network without any standard infrastructure. In MANETs, several nodes in the network are grouped by which they can communicate with each other. Clustering is a grouping of mobiles nodes performs the communication process by means of optimal usage of available bandwidth and high network throughput. Several clustering schemes exist, but they suffer from the consumption of energy because of the cluster head's workload and increase in the number of clusters. In this paper, we propose a cluster manager‐based cluster head selection (CMBCH) scheme to overcome the energy problems and leverage CH workload. CMBCH consists of two components, such as cluster manager (CM) and cluster head (CH). The CM takes the responsibility of controlling and monitoring of nodes activities. The CH leads and performing packet transfer among the nodes in the network. At this stage, when current CH energy level is drained, CM elects the corresponding node with high energy level and the new, as well as old CH activities, are simultaneously stored by CM. To prove the proposed scheme efficiency, a simulation experiment was conducted for 20 to 100 nodes under the AODV routing protocol. The network parameters packet delivery ratio and energy consumption are compared for the CMBCH,DLC and HCAL. The obtained results are compared to others; CMBCH conserves minimal energy and bandwidth and also achieves reliable throughput through stable routing.

中文翻译：

基于节能集群管理器的通信网络集群头选择技术

移动自组织网络（MANET）是没有任何标准基础结构的分布式网络。在MANET中，网络中的几个节点可以分组，它们可以彼此通信。群集是一组移动节点，它们通过最佳利用可用带宽和高网络吞吐量来执行通信过程。存在几种集群方案，但是由于集群头的工作量和集群数量的增加，它们遭受能量消耗。在本文中，我们提出了一种基于集群管理器的集群头选择（CMBCH）方案，以克服能源问题并利用CH工作量。CMBCH由两个组件组成，例如群集管理器（CM）和群集头（CH）。CM负责控制和监视节点活动。CH负责并在网络中的节点之间执行数据包传输。在此阶段，当当前的CH能量级别耗尽时，CM选择具有高能量级别的相应节点，并且CM同时存储新的CH活动和旧的CH活动。为了证明所提出的方案的效率，在AODV路由协议下对20到100个节点进行了仿真实验。比较了CMBCH，DLC和HCAL的网络参数数据包传输率和能耗。将获得的结果与其他结果进行比较；CMBCH节省了最小的能量和带宽，并通过稳定的路由实现了可靠的吞吐量。由CM同时存储。为了证明所提出的方案的效率，在AODV路由协议下对20至100个节点进行了仿真实验。比较了CMBCH，DLC和HCAL的网络参数数据包传输率和能耗。将获得的结果与其他结果进行比较；CMBCH节省了最小的能量和带宽，并通过稳定的路由实现了可靠的吞吐量。由CM同时存储。为了证明所提出的方案的效率，在AODV路由协议下对20到100个节点进行了仿真实验。比较了CMBCH，DLC和HCAL的网络参数数据包传输率和能耗。将获得的结果与其他结果进行比较；CMBCH节省了最小的能量和带宽，并通过稳定的路由实现了可靠的吞吐量。

更新日期：2020-04-30

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