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Ad-Hoc Localization Method Using Ranging and Bearing

机译:使用测距和轴承的ad-hoc定位方法

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摘要

In Ad-hoc sensor networks, it is very essential for sensors to know their own positions exactly which provide the context to sensed data. Sensors in Ad-hoc sensor networks enable to locate their positions from a relatively small number of landmarks that know their coordinates through external means (e.g., GPS). In this paper, we assume that sensor nodes can measure the distances and relative bearings to neighboring nodes within their transmission range. The proposed method will utilize the distances and relative bearings to find the locations of nodes. Firstly, sensors nearest landmarks will locate their position and then in order nodes more hops far from landmark will. We utilize many landmark coordinates and multiple paths to a landmark to improve the accuracy of the position. Simulation results under the various conditions have been obtained and especially compared with the results using DV-hop and DV-distances.
机译:在Ad-hoc传感器网络中,传感器非常重要,以确切地了解自己的位置,这为感测数据提供了上下文。 Ad-hoc传感器网络中的传感器使得能够从相对少量的地标,以通过外部方式(例如,GPS)来定位其坐标的相对较少的地标。在本文中,我们假设传感器节点可以将距离和相对轴承测量到其传输范围内的相邻节点。所提出的方法将利用距离和相对轴承来找到节点的位置。首先,传感器最近的地标将定位他们的位置,然后在秩序节点中,远离地标的跳跃。我们利用许多地标坐标和多个路径到标志标记以提高位置的准确性。已经获得了各种条件下的仿真结果,特别是使用DV跳和DV距离的结果进行比较。

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