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A Positioning System Design Based on RSSI Partition of Greenhouse Environment

机译:基于RSSI分区的温室环境定位系统设计

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In order to improve the location accuracy in the complicated greenhouse environment, a positioning system is designed in this paper. According to RSSI data in the greenhouse, the parameters of the path-loss model are modified. Besides, least square estimation is used to filter RSSI data to eliminate random disturbance. Based on RSSI, the blind node is positioned by triangle centroid location method. Finally, to lessen the negative influence of steel pillars in the greenhouse, a region segmentation mechanism is introduced to the system. Experiments prove that our positioning system has higher accuracy in the greenhouse.
机译:为了提高复杂温室环境下的定位精度,本文设计了一种定位系统。根据温室中的RSSI数据,修改了路径损耗模型的参数。此外,最小二乘估计用于过滤RSSI数据以消除随机干扰。基于RSSI,通过三角质心定位方法对盲节点进行定位。最后,为了减轻温室中钢柱的负面影响,将区域分割机制引入系统。实验证明,我们的定位系统在温室中具有较高的精度。

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