A novel self-adaptive localization algorithm based on difference for wireless sensor network

Guo-Fang Dong, Chang Liu, Fei Gao, Yue-bin Chen
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Abstract

In this paper, we introduce an improved self-adaptive localization algorithm based on DV-HOP for the node localization in wireless sensor network. We firstly divide the sensing area into several small regions according to the density of unknown nodes. Then, the beacon nodes are distributed within the sensing area in a reasonable manner, based on DV-HOP algorithm and combined with RSSI. The measured errors of estimated location in beacon nodes are considered as the adjusted values and broadcasted to the adjacent nodes. Based on the broadcasted adjusted values, the unknown nodes adjust their relative information of position. Simulation results demonstrate that the accuracy of node localization is greatly increased with the proposed algorithm.
一种基于差分的无线传感器网络自适应定位算法
针对无线传感器网络中的节点定位问题,提出了一种改进的基于DV-HOP的自适应定位算法。我们首先根据未知节点的密度将传感区域划分为几个小区域。然后,基于DV-HOP算法,结合RSSI,将信标节点合理分布在感知区域内。将信标节点估计位置的测量误差作为调整值,广播给相邻节点。根据广播的调整值,未知节点调整自己的相对位置信息。仿真结果表明,该算法大大提高了节点定位的精度。
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