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Prediction of Crop Yield Using Regression Techniques

机译:利用回归技术预测作物产量

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With the emergence of artificial intelligence and computer science, data mining has received an enormous amount of boost. Recently, data mining algorithms have been successfully used in the field of agriculture for predicting the yield of crops. Crop yield prediction involves predicting the yield of crops from available historic data like weather parameters, soil parameters and historic crop yield. Regression is a data mining function that predicts a number. Regression techniques are very useful in predicting the yield of crops. In this study, the focus is on the development of regression techniques in agricultural field. Different regression techniques such as quadratic, pure-quadratic, interactions and polynomial are used for predicting the yields of wheat, maize and cotton crops. Finally regression models are proposed which are able to accurately predict the yields of cotton, maize and wheat. The best regression model is selected based on Root Mean Squared Error (RMSE), R2 and Mean Percentage Prediction Error (MPPE) values.
机译:随着人工智能和计算机科学的兴起,数据挖掘得到了巨大的推动。最近,数据挖掘算法已成功用于农业领域,以预测农作物的产量。作物产量预测涉及根据天气数据,土壤参数和历史作物产量等可用的历史数据预测作物的产量。回归是预测数字的数据挖掘功能。回归技术对于预测农作物的产量非常有用。在这项研究中,重点是在农业领域中回归技术的发展。二次,纯二次,交互作用和多项式等不同的回归技术可用于预测小麦,玉米和棉花的单产。最后提出了能够准确预测棉花,玉米和小麦单产的回归模型。基于均方根误差(RMSE),R2和均值百分比预测误差(MPPE)值选择最佳回归模型。

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