基于深度学习的阿卜杜拉·哈希姆工业气体设备有限公司运输网络利用率改进框架

Nayef A. Balbaid H., Neama Noor A F.
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引用次数: 0

摘要

在人口增长的同时,运输中断会给天然气行业的供应链带来经济损失,这就要求管理层对运营进行全面审查。因此,天然气公司应该研究和评估情况,并通过采取纠正措施做出正确的决定,以尽量减少中断的负面影响。本文旨在结合历史数据,开发一个基于深度学习的模型,以提高工业气体公司受限运输网络的效率。该框架以沙特阿拉伯吉达天然气工业为例进行了演示。研究结果表明,王尔德神经网络模型在分类旅行成本方面的有效性,准确率为100%,训练时间短,为2.84秒。
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A Deep Learning-Based Utilization Improvement Framework for Abdullah Hashim Industrial Gases & Equipment Co. Ltd Transportation Network
Transportation disruption causes economic loss in supply chains in the gas industry while population growth increases, which calls for a comprehensive review of the operations by management. Hence, the gas company should study and evaluate the situation and make the right decision by taking corrective action to minimize the negative impact of disruption. This paper aims to develop a deep learning-based model to improve the efficiency of the constrained transportation network of an industrial gas company in conjunction with historical data. The framework was demonstrated using an example case of the gas industry in Jeddah, Saudi Arabia. The findings revealed the usefulness of the Wilde Neural Network model in classifying the trip cost with an accuracy of 100% and a short duration of training of 2.84 seconds.
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