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Energy-aware relocation of the BS in Wireless Sensor Network

机译:无线传感器网络中BS的能量感知型重定位

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Lifetime is a relevant issue of a successful Wireless Sensor Network deployment, due to the fact that nodes in WSN have limited resources such as energy, computation capacity, memory size, and antenna coverage. But energy is the most important among them, because all these resources depend on energy. To reduce energy consumption some approaches propose solutions based on link layer and/or network layer, while others try to work in collaborative fashion using clustering techniques and gathering data before the transmission. In this paper we present a new approach for scheduling the mobility of the Base Station, based on a new metric that evaluate the residual energy in the network as whole, and hence assuring a distributed energy consumption and improving the lifetime by avoiding energy shortage in nodes near to the Base Station.
机译:由于无线传感器网络中的节点具有有限的资源(例如能量,计算能力,内存大小和天线覆盖范围),因此,生命周期是成功部署无线传感器网络的一个相关问题。但是能源是其中最重要的,因为所有这些资源都依赖于能源。为了减少能耗,一些方法提出了基于链路层和/或网络层的解决方案,而其他方法则尝试使用群集技术以协作方式工作,并在传输之前收集数据。在本文中,我们提出了一种用于调度基站移动性的新方法,该方法基于一种评估整个网络中剩余能量的新指标,从而通过避免节点中的能量短缺来确保分布式能量消耗并提高使用寿命靠近基站。

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