The Integration Model of Agricultural Products E-Commerce and Supermarket Based on the Internet of Things

Abstract

As a new technology that is driving the transformation of third-party industry and continuing to grow, Internet of Things (LOT) technology has been widely used in social and socioeconomic life and has had a profound impact on human creativity and life. The integration of agricultural products e-commerce and supermarkets based on the Internet of Things is slowly rising like a bright star. As the foundation of a national economy, after years of growth, agriculture is facing challenges such as reduced economic opportunities, lack of resources, and excessive production models, and there is an urgent need for a healthy new generation of information technology in agriculture. This thesis discusses the LOT and the circulation model of agricultural products and studies the integration model of agricultural products e-commerce and supermarkets based on the LOT. This article proposes the system framework of this model and conducts an empirical analysis of the system through experiments to demonstrate the feasibility and effectiveness of this model in practical applications. Experimental results show that the average total profit of offline supermarkets is 684,000, and the average total cost is 4.149 million. The average total profit of online platforms is 902,000, and the average total cost is 7 million. The average total profit of the online and offline integration model is 828,000, and the average total cost is 6.527 million. Compared with traditional supermarket sales, the online and offline integration model has higher profits. Although the total profit is not as good as the online model, the quality of agricultural product distribution is far better than the online model, and consumer satisfaction is higher.