Data-Driven Approach to Enhancing Supermarket Vegetable Sales Strategies

Authors

  • Yu Ding
  • Xi Zhao
  • Azez Abdurehim

DOI:

https://doi.org/10.54097/5qgab133

Keywords:

ARIMA Prediction Model, Python, Spearman Rank Correlation Coefficient, Unary Linear Regression.

Abstract

China's vegetable commodity production has developed rapidly and made great progress. Due to the short shelf life of most vegetable products, they cannot be sold the next day. Therefore, by studying the distribution law of sales volume and the relationship between categories and pricing, the supermarket can accurately predict the sales situation, reasonably arrange replenishment plans, and formulate pricing strategies. Comprehensive analysis of automatic replenishment and pricing strategies of vegetable commodities is of great significance to the profit of fresh supermarkets. Aiming at the automatic pricing and replenishment strategies of vegetable products, this paper visualizes each item and each category to obtain the distribution and relationship of time, sales volume, and sales frequency of different items and categories. Spearman grade correlation coefficient is used for correlation analysis, and a single linear regression model is established. The relationship between cost profit rate and cost, selling price, and total sales volume of each category is obtained. Then, the ARIMA prediction model is used to predict the automatic pricing and replenishment strategies for each category and each vegetable item during the week of July 1-7, 2023, and July 1, 2023.

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References

Chen Long. Empirical study on disposable income and consumption expenditure of urban residents: based on a univariate linear regression model [J]. China New Communications, 2019,21 (01): 233-234

Zhao Jiabao, Chen Jie, And Xia, et al. Prediction and Analysis of Grape Yield in Turpan City Based on ARIMA Model [J]. Jiangsu Science and Technology Information, 2019, 36 (31): 34-39

Wang Hui. Research on Ramie Fiber Yield Prediction Based on ARIMA Model [J]. Journal of Jiangsu Vocational and Technical College of Economics and Trade, 2023, (05): 8-10.

Li Yuan, Liu Yutian, Feng Liwei. Feature extraction and fault detection of nonlinear dynamic processes based on Spearman correlation analysis [J]. Journal of Shandong University of Science and Technology (Natural Science Edition), 2023,42 (02): 98-107.

Jia Ke, Yang Zhe, Wei Chao, et al. Pilot protection of new energy transmission lines based on Spearman level correlation coefficient [J]. Power System Automation, 2020,44 (15): 103-111

Han Meng. Analysis of Consumer Price Index and Retail Price Index of Goods Based on Univariate Linear Regression Analysis [J]. Modern Business, 2020, (17): 12-13.

Ren Jianying. Univariate linear regression analysis and its application [J]. Cai Zhi, 2012, (22): 116-117

Hao Jinhong Exploration of the Application of Weighted Thinking in Data Analysis [J]. Mathematical Bulletin, 2019,58 (03): 29-32

Wu Xinlin, Chen Shiyu. Application of Univariate Linear Regression Model in Educational Economy Prediction [J]. Journal of Hubei Second Normal University, 2023,40 (08): 25-30

Ding Jing, Huang Xiaoming, Yu Chenglong. Power material prediction based on multi factor fusion and ARIMA [J]. Energy and Environmental Protection, 2022, 44 (07): 227-231.

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Published

16-05-2024