仿制的神经网络利用来预测苹果多杜的生产需求

Farrahdilla Sari, A. Kusumastuti, Hisyam Fahmi
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引用次数: 0

摘要

预测与规划策略相一致是很重要的;因此,它将影响决策的方式。其中一种预测方法是以反向传播为算法的人工神经网络。本研究旨在衡量正在应用的网络架构的准确性,以计算从CV中获得的未来苹果酱产品月需求量的预测。Bagus Agriseta Mandiri。所使用的数据是2017年、2018年和2019年的36个月数据。进一步,对得到的数据进行归一化处理,分为两个部分,66.66%作为训练过程数据,33.33%作为测试过程数据。本研究采用的网络架构为12:10:1,其中12为输入层神经元,10为一个隐藏层神经元,1为输出层神经元。该框架下的网络的MAPE和准确率分别为20.161%和79.839%。就其预测能力而言,该模型被归类为足够好。此外,使用k-fold交叉验证方法对网络进行了完全验证。结果表明:MAPE平均为47.079%,平均准确率为52.921%。根据它,整个模型可以被归类为足够好,以便进行预测。作为对比,对模型6 - 8 - 1进行了相同层次但网络结构不同的测试。第二个模型得到的结果是:MAPE的平均值为26.74%,平均准确率为73.18%,两个预测模型的能力处于同一类别,可以进行预测。
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Implementasi Jaringan Syaraf Tiruan Backpropagation untuk Menentukan Prediksi Jumlah Permintaan Produksi Dodol Apel
Forecasting is importantly in accordance with the planning strategy; therefore it will affect the way of decision making. One of the forecasting methods is Artificial Neural Network with Backpropagation as the algorithm. This research aims to measure the accuracy of the network architecture which is being applied in order to calculate the prediction of the future’s apple paste product monthly demand which was obtained from CV. Bagus Agriseta Mandiri. The data which are being used are 36 monthly data from the year 2017, 2018 and 2019. Furthermore, the data obtained are normalized and divided into two, 66,66% as the data for training process and 33,33% as the data for testing process. Network architecture that is applied in this research is 12 : 10 :1, where 12 are neurons for input layer, 10 are neurons for one hidden layer and 1 is neuron for output layer. The Network with that framework obtained a result 20.161% for MAPE and 79.839% for the accuracy. That model is categorized as good enough for its forecasting ability. Moreover, the network was entirely validated using k-fold cross validation method with . The result obtained as follows: the average of MAPE is 47.079% and the average accuracy is 52.921%. According to it, the entire model can be categorized as good enough in order to run a forecast. As a comparison, another testing has been done with the same fold but different in the network architecture (model 6 – 8 – 1). The second model obtained results as follows: the average of MAPE is 26.74% and the average accuracy is 73.18%, so that the two prediction models’ ability are in the same category, it is good enough to run a forecast.
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