Research on Cargo Forecasting Based on ARIMA Time Series Forecasting and LSTM Models
DOI:
https://doi.org/10.54097/a4kxgv35Keywords:
Logistics Cargo Volume, Combined Prediction, Improved ARIMA And LSTM.Abstract
With the prosperity of the domestic e-commerce market, the volume of express delivery business climbs dramatically, which poses an unprecedented challenge to the cargo volume prediction of the warehouse in the transit centre. This paper introduces traditional logistics sorting centre cargo volume prediction models, such as grey prediction model, Bayesian deep network generalized linear model, ARMA model, etc., as well as current common prediction methods including qualitative prediction, linear regression prediction, time series prediction and neural network prediction. Then, the improved ARIMA and LSTM models are proposed to predict the cargo volume of logistics sorting centres based on the improved ARIMA and LSTM models, and the construction and improvement methods of these two models are described in detail, including the SARIMAX model and the improved LSTM model based on the attention mechanism. Finally, this paper describes the construction method of the two combined models, and selects the most suitable prediction model through comparative analysis, and predicts the daily and hourly cargo volume in the next 30 days and carries out experiments and analyses.
Downloads
References
Zhongyan Puhua Industry Institute. Analysis Report on the Current Situation and Future Development Trends of Express Delivery Industry, 2024-2029 [R]. Beijing: Zhongyan Puhua Industry Research Institute, 2023.
Fu actually. Research on the response to the phenomenon of "double eleven" warehouse explosion in county logistics sorting centre [J]. Small and medium-sized enterprise management and science and technology, 2019(27): 15-16.
QI Xingmin, XU Hai, DUAN Chen, FAN Rui. Forecasting logistics freight volume in Xiangyang city based on grey correlation analysis and genetic neural network [J]. Logistics Technology. 2021 Sep 3; 40(7): 67.
Yang T-T. Research on regional logistics forecasting based on Bayesian deep network generalised linear model [D]. Tianjin University of Commerce, 2022.
JIA Chunmiao, FU Zhongning, MA Yaling, LI Jianguo, CHEN Hulin. Forecasting railway freight volume in Ganning District based on ARMA model and multiple regression [J]. Comprehensive Transport, 2022, 44(09): 147- 154.
Li Zhenzhen. Forecasting express business volume in Henan Province based on ARIMA simple seasonal model [J]. Value Engineering, 2019, 38(17): 271-273.
Zhong Qi. BP neural network grain yield prediction model based on principal component analysis [J]. Food Safety Guide, 2022(20): 172-174.
Xu Wensheng. Optimisation of logistics sorting centre business model based on Anylogic [D]. Anhui University of Technology, 2023.
KU Yong, YANG Zezhao. Random forest-based intermodal container freight volume forecasting [J]. Journal of Wuhan University of Technology, 2023, 45(01): 35-44.
Lin Mengman. Research on Optimisation Problems and Methods of Cross-border E-commerce Overseas Warehouse Mode Logistics Network [D]. Zhejiang: Zhejiang University of Technology, 2020.
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.






