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Build on greenhouse roses disease prediction model based on genetic BP neural network

机译:基于遗传BP神经网络的温室玫瑰疾病预测模型构建

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Through the application of genetic algorithms (genetic algorithm, simplified as GA) and BP(Back Propation) neural network, I built a prediction model of roses diseases, in which I choose six indicators as the input of network, they are the minimum temperature, maximum temperature, average te-mperataure, minimum humidity, maximum humidity, average humidity in the greenhoue, then I choose three diseases index as the output of the network, they are rose powdery mildew, do-wny mildew, gray mold. Using Matlab platform to complete the model, the results show that: based on genetic algorithm and BP neural network model the diseases of roses can be predicted. The average relative error is about 6.37%, so it has good effect, and compared with the traditional BP network model, the results show that the model based on genetic algorithms and BP neural network is superior to the traditional BP network model, which have higher precision and stablity.
机译:通过应用遗传算法(遗传算法,简化为GA)和BP(返回求和)神经网络,我构建了玫瑰疾病的预测模型,其中我选择了六个指标作为网络的输入,它们是最小温度,最高温度,平均TE-MPRATAURE,最小湿度,最大湿度,平均湿度在格林元,然后我选择三种疾病指数作为网络的输出,它们是玫瑰白粉病,DO-WNY MIDLEED,灰色模具。使用MATLAB平台完成模型,结果表明:基于遗传算法和BP神经网络模型,可以预测玫瑰疾病。平均相对误差约为6.37%,因此它具有良好的效果,与传统的BP网络模型相比,结果表明,基于遗传算法和BP神经网络的模型优于传统的BP网络模型,具有更高的BP网络模型精度和稳定性。

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