Fast wsn localization method based on three Anchors and simple geometric technique: Mathematical modeling

M. Zaidi, Imen Bouazzi, V. P. T. Ijyas
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Abstract

A significant issue in achieving position calculation is to reduce and simplify the instructions that the Unknown Sensor Node (USN) has to accomplish in the location determination algorithm. That’s why most of the research works in the field of mobile node localization is mainly based on geometric techniques. Therefore we present in this paper a new geometrical approach of unknown nodes localization. A mathematical development of the new approach will be detailed. The validation of this technique is made based on simulations of ten different scenarios showing the different locations of the three anchors and the unknown node. The high precision and the fast convergence of the proposed approach will be provided in the result section. According to results, proposed method has at least three major advantages which are the less number of anchors used to determine the USN location, the rapid convergence of its algorithm and the higher localization accuracy.
基于三个锚点和简单几何技术的无线传感器网络快速定位方法:数学建模
实现位置计算的一个重要问题是减少和简化未知传感器节点(USN)在位置确定算法中必须完成的指令。这就是为什么移动节点定位领域的大部分研究工作主要基于几何技术。为此,本文提出了一种新的未知节点定位的几何方法。将详细介绍新方法的数学发展。该技术的验证是基于十个不同场景的模拟,显示了三个锚点和未知节点的不同位置。结果部分给出了该方法的高精度和快速收敛性。结果表明,该方法具有确定USN位置所需锚点数量少、算法收敛速度快、定位精度高等优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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