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A Refined Concentric Anchor-Beacons Location Algorithm for Wireless Sensor Networks Based on Received Signal Strength Indicator

机译:基于接收信号强度指示器的无线传感器网络的精细同心锚定信标定位算法

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As the development of technology, the wireless sensor networks (WSN) have a wide spread usage. And people pay more attention on the localization algorithm, as the key technology of WSN, there have been many method of self-localization. The concentric anchor-beacons (CAB) location algorithm is one of the most practical one, which is a range-free WSN localization algorithm. In order to further improve the accuracy of localizing nodes, an improved CAB location algorithm base on Received Signal Strength Indicator (RSSI) is proposed. The RSSI is used to measure the distance between two anchors and compare with the practical distance. Then the environment between two anchors can be simulated. At last the communication radius of anchors can be optimized. And the common area of the anchors in the process of localizing nodes can be reduced. Then the accuracy is improved. By simulation, the localization accuracy is improved when the anchors numbers is more than a certain percentage.
机译:作为技术的发展,无线传感器网络(WSN)具有广泛的展开使用。人们在本地化算法上更多地关注,作为WSN的关键技术,已经存在许多自定位方法。同心锚 - 信标(CAB)位置算法是最实用的一个,是无级WSN定位算法。为了进一步提高本地化节点的准确性,提出了一种改进的接收信号强度指示符(RSSI)的驾驶室位置算法基础。 RSSI用于测量两个锚点之间的距离并与实际距离进行比较。然后可以模拟两个锚之间的环境。最后,可以优化锚的通信半径。可以减少定位节点过程中锚的公共区域。然后提高了准确性。通过仿真,当锚点数量超过一定百分比时,本地化精度得到改善。

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