Impact of Cloud Computing on Agricultural Product E-commerce

Abstract

With the development of technology, all parts of the world have gradually entered the 5G era. The advent of the 5G era enables “cloud computing” to complete the processing of tens of thousands of data in a short period of time, helping users to perform data mining and achieve powerful network services. In order to solve the current problems of agricultural product supply, marketing and logistics in China. This paper uses the literature survey method and data analysis to analyze the role of cloud computing technology in data mining. And apply this technology to e-commerce platforms. The application of this technology to e-commerce platforms can promote the development of agricultural e-commerce. It can be seen that under the influence of cloud computing technology, agricultural e-commerce is about to enter a new era.

Research on the Operation of Agricultural Products E-Commerce Platform Based on Cloud Computing

“…Positivism: E-commerce has become increasingly popular since the advent of the rapid delivery business has enabled consumers to simply purchase the items they desire without ever leaving their homes. Agricultural e-commerce, particularly the agricultural product trading platform, is an important component because it has the potential to enhance e ciency, reduce costs, and broaden the scope of the agricultural product market [1][2][3][4][5][6]. Farmer income can be increased by using this magical tool, and it is extremely important for the export of agricultural products from most regions of China, particularly those with distinctive characteristics.…”

Developing a Website for Durian Seed Marketing: Alternative Business Media During a Pandemic

“…Digital marketing is also used for competitive advantage [2] and is used to grow the number of company profits and increase customers [3]. Besides, it can be used to find customers quickly [4].…”

Influence of heat treatment and aging on microstructure and mechanical properties of Mg‐1.8Zn‐0.7Si‐0.4Ca alloy

“…One of the most recent and important applications of magnesium alloys is in medical industry as biodegradable materials since they can be absorbed in human body [3]. Although certain titanium alloys or stainless steel are widely used as the permenant and non-permanent bone implants, but nowadays the magnesium based alloys are the more appropriate candidates for the non-permanent application, because; (i) they are biodegradable, hence, no need for secondary surgery for their removal, (ii) their elastic moduli (45 GPa) are closer to that of the natural bone (15)(16)(17)(18)(19)(20)(21)(22)(23)(24)(25), (iii) magnesium is an essential element for the human body, and (iv) they have a low density being close to that of human bone [4,5]. However, the high corrosion rate, low mechanical properties, and low cold formability are the magnesium main setbacks [6,7].…”

“…It enhances the melt fluidity and improves strength and corrosion resistance. The presence of Mg 2 Si phase enhances the creep resistance, but the high content of silicon may lead to low formability [5,[13][14][15][16][17].…”