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BP Localization Algorithm Based on Virtual Nodes in Wireless Sensor Network

机译:无线传感器网络中基于虚拟节点的BP定位算法

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Accurate localization of nodes is one of the key issues of wireless sensor network (WSN). Considering the proportion of beacons in the network, localization algorithm based on sub-anchors and BP network is proposed in this paper to virtually increase the number of the anchors, and the method of finding appropriate sub-anchors is brought up by the virtual nodes leading to higher localization accuracy. Such algorithm utilizes not only the parallelism of neural networks but also the hops of the nodes, so that it is simple and easy to achieve in the hardware. The simulation shows the effectiveness of using virtual nodes to find sub-anchors, and indicates that sub-anchors and virtual nodes based on BP neural network could greatly improve the accuracy of the unknown nodes and reduce the costs of WSN.
机译:节点的精确定位是无线传感器网络(WSN)的关键问题之一。考虑到网络中信标的比例,提出了一种基于子锚和BP网络的定位算法,以虚拟方式增加锚的数量,并通过虚拟节点的引导提出了寻找合适子锚的方法。更高的定位精度。这种算法不仅利用了神经网络的并行性,而且利用了节点的跳数,因此在硬件上简单易行。仿真表明,利用虚拟节点查找子锚的有效性,表明基于BP神经网络的子锚和虚拟节点可以大大提高未知节点的精度,降低无线传感器网络的成本。

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