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Applying The Neural Fuzzy System To Predict Sugar Consumption And Production: Evidence From The Egyptian Sugar Industry

机译:应用神经模糊系统预测糖的消费和生产:来自埃及制糖业的证据

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The current study addresses the prediction of both consumption and production of sugar. The former function's dependent variable is sugar consumption quantity (in kiloton KT) and the independent variables are the price index number, production quantity (in KT), per capita income, number of population and import quantities (in KT). The latter function's dependent variable is sugar production (in KT); and the independent variables are raw sugar cane, sucrose ratio, agriculture area (in thousand acres), average of productivity per acres, working days in the manufactured and impurities ratio. A secondary data sources (i.e. a 23-years time series) were utilized for this purpose. Evidence from the Egyptian Sugar industry revealed that, Neuro-Fuzzy technique gives the minimum value of MSE. The attribute of this paper is the ANN can produce accurate predictions for the low noise data and the neuro-fuzzy model can produce more accurate predictions for the highly noise data.
机译:当前的研究涉及糖的消费和生产的预测。前一个函数的因变量是食糖量(千吨),自变量是价格指数,生产量(千吨),人均收入,人口数和进口量(千吨)。后者函数的因变量是糖产量(单位:KT);自变量是甘蔗原料,蔗糖比例,农业面积(千英亩),每英亩平均生产率,生产中的工作日和杂质比例。为此,使用了辅助数据源(即23年的时间序列)。埃及制糖业的证据表明,神经模糊技术使MSE的值最小。本文的属性是ANN可以为低噪声数据生成准确的预测,而神经模糊模型可以为高噪声数据生成更准确的预测。

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