JARINGAN SYARAF TIRUAN DALAM MEMPREDIKSI JUMLAH PRODUKSI DAGING SAPI BERDASARKAN PROVINSI

A. Revi, S. Solikhun, M. Safii
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引用次数: 4

Abstract

Prediction is a process for estimating how many needs will be in the future. This study aims to predict the amount of beef production by province. Beef is one source of protein which is also a high value comodities. Meat production in Indonesia in general tends to increase by around 2.76% per year. But along with the increase in beef production in Indonesia, the level of meat consumption in Indonesia tends to fluctuate in recent years. Imports are the most common step taken by the government to meet domestic beef needs. By using the Artificial Neural Network and backpropagation algorithm, it will be predicted the amount of beef production based on the province in order to determine the steps to meet domestic beef demand based on the amount of beef consumption in the community. This study uses 11 input variables, namely data from 2005 to 2016 with 1 target, data of 2017. Using 5 architectural models to test the data to be used for prediction, the 11-4-1 model, 11-8-1 , 11-18-1, 11-20-1 and 11-28-1. Obtained the results of the best architectural model is the 11-28-1 architectural model with truth accuracy of 100%, the number of epochs 15 and MSE is 0.008623197. This model will be used in predicting the amount of beef production by province.Keywords : Beef production, prediction, backpropagatin, Artificial Neural Network
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人工神经网络预测各省牛肉产量
预测是一个估算未来需求的过程。本研究旨在预测各省牛肉产量。牛肉是蛋白质的来源之一,也是一种高价值的商品。印度尼西亚的肉类产量一般每年增长约2.76%。但随着印尼牛肉产量的增加,近年来印尼的肉类消费水平趋于波动。进口是政府为满足国内牛肉需求而采取的最常见的措施。利用人工神经网络和反向传播算法,预测基于省份的牛肉产量,根据社区牛肉消费量确定满足国内牛肉需求的步骤。本研究使用11个输入变量,即2005 - 2016年的数据,1个目标,2017年的数据。采用5个建筑模型对拟用于预测的数据进行检验,分别是11-4-1模型、11-8-1、11-18-1、11-20-1和11-28-1。得到的最佳建筑模型为11-28-1建筑模型,真值准确率为100%,epoch数为15,MSE为0.008623197。该模型将用于各省牛肉产量的预测。关键词:牛肉生产预测反向传播人工神经网络
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