利用递归神经网络预测伊拉克的红枣产量 RNN

Hassan Muayad Ibrahim, W. Hamza, Mohammed Saad Abed
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摘要

人工智能方法在预测时间序列的未来值,从而帮助制定经济和社会发展计划方面发挥着重要作用。该研究旨在基于2002年至2021年期间伊拉克的枣产量,使用循环神经网络预测伊拉克的枣产量。根据MSE、MAPE和MAE误差度量选择合适的预测模型。使用TRAINBR训练函数和Purlin函数的递归神经网络被用于预测伊拉克的日期产量,它为MSE, MAPE和MAE误差度量提供了最低的误差值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Predicting Date Production in Iraq Using Recurrent Neural Networks RNN
Artificial intelligence methods play an important role in predicting future values of time series and thus help in setting economic and social development plans. The study aimed to predict the production of dates in Iraq using recurrent neural networks, based on the production of dates in Iraq for the period from 2002-2021. The appropriate prediction model was chosen based on the MSE, MAPE, and MAE error measures. Recurrent neural networks that used the TRAINBR training function and the Purlin function were adopted to predict the production of dates in Iraq, which gives the lowest error value for the MSE, MAPE, and MAE error measures.
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