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RESEARCH ON BIG DATA MINING OF AGRO-ECOLOGICALTOURISM UNDER ENVIRONMENTALPROTECTION AND SUSTAINABLE DEVELOPMENT CONCEPT

机译:环境保护和可持续发展概念下农业生态学大数据挖掘研究

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The excavated eco-tourism big data contains a lot of useless data,which not only consumes the analysis time,but also affects the data analysis results.In response to such problems,a method for mining eco-tourism big data for environmental protection and sustainable development is proposed.Laplace feature mapping method is used to reduce the dimensionality of agro-ecological tourism big data,and the agro-ecological tourism big data after dimensionality reduction is cleaned on the basis of time series analysis.Then the processed agro-ecological tourism big data are input into the convolutional neural network to obtain the corresponding parameter matrix by training the eco-tourism big data and construct a convolutional neural network model containing the Caffe framework.Finally,the big data mining of agro-ecological tourism is achieved.The experimental results show that the mining time of the proposed method in multiple iterations is less than 0.4s,and the obtained mining accuracy is higher than other methods,which promotes the industrialization and sustainable development of agro-ecological tourism.
机译:挖掘的生态旅游大数据包含了很多无用的数据,这不仅消耗了分析时间,而且还影响了数据分析结果。在对这些问题的反应中,一种用于环境保护和可持续性的生态旅游大数据的方法建议开发。施加特征映射方法用于减少农业生态旅游大数据的维度,以及在时间序列分析的基础上清洁维度减少后的农业生态旅游大数据。该加工农业生态旅游大数据被输入到卷积神经网络中,通过培训生态旅游大数据来获得相应的参数矩阵,构建包含Caffe框架的卷积神经网络模型。最后,实现了农业生态旅游的大数据挖掘。实验结果表明,多次迭代中所提出的方法的采矿时间小于0.4s,所以获得的采矿精度高比其他方法互动,促进农业生态旅游的产业化和可持续发展。

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