移动传感器网络寿命和覆盖最大化技术

Muhammad Amir Khan, H. Hasbullah, B. Nazir, M. A. Ali Khan
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引用次数: 1

摘要

近年来,人们对与无线传感器社区(wsn)相关的实际应用程序的需求不断增长。在其中一些应用程序中,例如查找,救济和战场侦察,将实施一些单元节点,以便协同调查感兴趣的区域和/或进行特定的监控工作。像冒险一样,其中一个检测器需要节点间讨论,因此维持网络上的网络连接对wsn的效力很重要。虽然在网络连接上可以提供医疗周期,然后在节点离开时通过监视协调的方式继续进行,但由于网络可能被分区,节点的极端故障会导致问题。最近提出了许多将实践节点移动以恢复网络连通性的策略。即便如此,这些类型的策略往往忽视了在大多数地区缺乏保险政策覆盖的可能性,这既是由于单独失败的结果,也是由于对恢复的连接有限的结果。本文以包含的方式,简单地解决了网络上实际的连通性和保单覆盖问题,填补了这一漏洞。将展示一种新的节点重新定位方法以及用于移动传感器站点协议的保险单覆盖率的较小数量百分比减少。几乎每个相邻的邻居都会快速重新定位以替换实际故障节点,一次一个,然后返回其真实位置的时间。仿真结果证实了实际协议的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lifetime and coverage maximization technique for mobile sensor networks
In recent times possess viewed a developing desire for the actual apps connected with wireless sensor communities (WSNs). In some of these apps, for instance lookup and also relief and also battlefield reconnaissance, a few cell nodes will be implemented so as to in concert survey an area of interest and/or conduct specific monitoring jobs. Like venture one of the detectors demands internode discussion thereby sustaining network on the web connectivity is important to the potency of WSNs. Though on the web connectivity could be provisioned with medical period then continual by way of watchful coordination when nodes go, extreme failing of your node postures an issue because network could get partitioned. Numerous strategies that will practice node moving to restore on the web connectivity possess been recently proposed. Even so, these types of strategies tend to disregard the feasible lack of insurance policy coverage in most areas, both a result of the failing alone or a result of the connectivity-limited concentrate on the recuperation. This paper floods that hole simply by addressing the actual on the web connectivity and also insurance policy coverage worries within the included manner. A new node repositioning Method along with a smaller amount percentage decrease in insurance policy coverage Intended for Mobile Sensor Sites protocol will be shown. Just about every next door neighbor quickly relocates to replacement the actual failed node, one at a time, then returns time for its authentic location. The simulation outcomes confirm the potency of the actual protocol.
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