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首页> 外文期刊>International Journal of Applied Engineering Research >Automated Control System for Crop Yield Prediction using Machine Learning Approach
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Automated Control System for Crop Yield Prediction using Machine Learning Approach

机译:采用机器学习方法的裁剪产量预测自动控制系统

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摘要

There have been various studies and research done on analyzing the patterns that can be observed in the yield production and predicting data of similar nature. To overcome the flaws of traditional agriculture such as large labor requirement, poor real time data acquisition, small monitoring area, Wireless Sensor Network based precision agriculture and prediction for increasing crop yield is done using data mining techniques. The proposed model uses only few sensors for experimental use. These nodes sense the environmental parameters like temperature, humidity, pH, NPK values. Analysis is done on sensed data which is captured from field and stored in server for further analysis. Thus, there is a need for a unique model that does prediction of the crop yield but uses these agriculture parameters to give results that help improving the crop yield. The farmer or researcher can do efficient farming using this technology.
机译:在分析产量生产中可以观察到的模式以及预测类似性质的数据,已经进行了各种研究和研究。 为了克服传统农业的缺陷,如大型劳动要求,实时数据采集差,小监测区域,基于无线传感器网络的基于无线传感器网络的精密农业和对增加作物产量的预测是使用数据采矿技术完成的。 该模型仅使用少量传感器进行实验使用。 这些节点感测环境参数,如温度,湿度,pH,NPK值。 在感测数据上进行分析,该数据被从字段捕获并存储在服务器中以进行进一步分析。 因此,需要一种独特的模型,其对作物产量预测但使用这些农业参数来提供有助于提高作物产量的结果。 农民或研究人员可以使用这项技术进行高效的农业。

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