跨境电子商务物流和供应链网络优化

IF 4.3 3区 材料科学 Q1 ENGINEERING, ELECTRICAL & ELECTRONIC
Wenxia Ye
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引用次数: 0

摘要

电子商务是一个不断发展的行业,主要依靠网站向企业和客户提供服务和产品。作为一种全新的国际贸易,跨境电子商务带来了许多好处,其中包括更高的可及性。尽管跨境电子商务前景广阔,但要在竞争压力下生存并稳步发展,管理全球供应链至关重要。传统的购买量预测使用时间序列数据和直接的预测方法。许多客户的消费习惯,包括产品或服务的数量、产品系列和纳税人补贴,都会影响平台的销售量。在过去几年中,由于经济的快速增长,EC 供应链的使用范围显著扩大。所提出的方法开发了一种基于短期需求的深度神经网络和冷供应链优化方法,用于预测商品采购量。深度神经网络技术提出了一种以多层贝叶斯网络(BNN)为核心的冷供应链需求预测框架,用于预测电子商务商品的短期需求。冷供应链(CS)优化方法确定了优化管理库存。研究结果表明,本研究考虑了各种影响因素,并选择了合适的预测技术。所提出的方法的准确率为 96.35%,精确率为 97%,召回率为 94.89%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
E-Commerce Logistics and Supply Chain Network Optimization for Cross-Border

E-commerce is a growing industry that primarily relies on websites to provide services and products to businesses and customers. As a brand-new international trade, cross-border e-commerce offers numerous benefits, including increased accessibility. Even though cross-border e-commerce has a bright future, managing the global supply chain is crucial to surviving the competitive pressure and growing steadily. Traditional purchase volume forecasting uses time-series data and a straightforward prediction methodology. Numerous customer consumption habits, including the number of products or services, product collections, and taxpayer subsidies, influence the platform's sale quantity. The use of the EC supply chain has expanded significantly in the past few years because of the economy's recent rapid growth. The proposed method develops a Short-Term Demand-based Deep Neural Network and Cold Supply Chain Optimization method for predicting commodity purchase volume. The deep neural network technique suggests a cold supply chain demand forecasting framework centred on multilayer Bayesian networks (BNN) to forecast the short-term demand for e-commerce goods. The cold supply chain (CS) optimisation method determines the optimised management inventory. The research findings demonstrate that this study considers various influencing factors and chooses an appropriate forecasting technique. The proposed method outperforms 96.35% of Accuracy, 97% of Precision and 94.89% of Recall.

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来源期刊
CiteScore
7.20
自引率
4.30%
发文量
567
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