An Improved Location Algorithm Based on Mobile Anchor Node

L. Tian, Yong Fan
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Abstract

Aiming at the problem that the beacon signal of SCAN algorithm can not effectively cover the monitoring area and the mobile node of PI algorithm has longer moving path, an improved mobile anchor node localization algorithm-SCAN_ET is proposed in this paper. Firstly, this algorithm divides the region where nodes need to be located into several small zones. Then it's key step is that-the mobile anchor node detects whether there are unknown nodes that need to be positioned in each local small zones. If there are unknown nodes to be located in some small zones, the mobile anchor node moves along the sides of triangular in these zones and broadcasts beacon packets at all the vertices of the triangle. Otherwise, the mobile anchor node moves in a straight line in these zones. Finally, when the mobile anchor node traverses the regions, all unknown nodes that need to be positioned also complete positioning. Simulation results show that by this method, not only can all the unknown nodes obtain the location information effectively, but also the mobile anchor node has a shorter traversal length compared with PI algorithm and LMAT algorithm, which is good for saving energy and prolonging service life.
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一种基于移动锚节点的改进定位算法
针对SCAN算法信标信号不能有效覆盖监控区域以及PI算法移动节点移动路径较长的问题,本文提出了一种改进的移动锚节点定位算法——scan_et。该算法首先将需要定位节点的区域划分为几个小区域。然后关键的一步是移动锚节点检测在每个局部小区域中是否存在需要定位的未知节点。如果在一些小区域内存在未知节点,则移动锚节点沿着这些区域的三角形边移动,并在三角形的所有顶点广播信标包。否则,移动锚节点在这些区域内沿直线移动。最后,当移动锚节点遍历区域时,所有需要定位的未知节点也完成定位。仿真结果表明,该方法不仅能有效地获取所有未知节点的位置信息,而且与PI算法和LMAT算法相比,移动锚节点的遍历长度更短,有利于节能和延长使用寿命。
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