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基于GRNN优化的WSNs温室大棚异常数据检测方案

An Abnormal Data Detection Scheme of WSNs Greenhouse Based on GRNN Optimization

  • 摘要: WSNs(Wireless Sensor Network)无线传感技术在进行温室大棚环境参数采集时,传感器大量布置及所受突发干扰造成数据冗余、数据偏差等问题,会干扰终端节点传感器正常工作状态,从而影响智慧农业精准决策。为解决上述问题,提出一种基于广义回归神经网络(GRNN)异常数据检测算法。将实验采集的300组环境量作为训练参数,150组参数作为实验数据,综合比较GRNN神经网络、PNN神经网络、传统BP神经网络在数据预测结果、正确率及运行时间3方面的性能指标。实验结果表明:GRNN神经网络算法检测异常数据准确率高,运行速度快,对农作物的精细管理具有重要意义,对智慧农业的发展具有一定的影响。

     

    Abstract: The WSNs(Wireless Sensor Network) sensor technology is used to make the environmental parameters of the greenhouse, and it affects the normal working state of the terminal node sensor, which affects the precise decision of intelligent agricultural, as the sensor is distributed in large quantities and the disturbance of the data is caused by the disturbance of data redundancy and data error. In order to solve these problems, an abnormal data detection algorithm based on generalized regression neural network(GRNN) is proposed. The 300 groups of environmental measurements were carried out as a training parameter and 150 group parameters as experimental data. Comprehensive compare the results of the GRNN neural network, the PNN neural network,the traditional BP neural network in the performance indexes of the three lateral surface performance in the data prediction results, the accuracy and the running time. The experimental results show that the GRNN neural network algorithm is accurate and fast, and it is of great significance to the fine details of the crops, and has some effect on the further development of intelligent agriculture.

     

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