Sharing Economy for Cost Reduction and Efficiency Increase: The Case of Sharing E-Commerce Logistics

The development of e-commerce breaks through the restrictions of traditional commerce in time and geography and enables people to carry out e-commerce activities conveniently, quickly and securely anytime and anywhere. This paper takes the Internet as a competition and communication platform, forms an e-commerce ecosystem through collaboration and resource sharing, and provides the evolution path of the e-commerce ecosystem. In the paper, the evolutionary game theory is cited, the game strategy is expressed through Nash equilibrium, and the three-way competitive evolutionary game model of the e-commerce ecosystem population is established with the revenue function as the optimization objective, presenting the evolution process from individual behavior to group behavior to adopt the strategy. To verify the application of the three-way evolutionary game model presented in this paper in the sustainable development of e-commerce ecosystems, an evolutionary game analysis was performed. The results show that: under the same degree of random disturbance, the fluctuation amplitude of the leader population is between 0.01 and 0.02, and the key population is most affected by random disturbance, and its fluctuation range is able to reach 0.05 to 0.95. In 2013, after the invasion of Tmall, its market share rapidly reached 49.35% from 1.49%, and Jingdong dropped to 19.11% after it, and the B2C e-commerce ecosystem changed significantly. Participating parties in the e-commerce ecosystem under the perspective of green health need to choose the right time to cooperate so as to promote the stable and sustainable development of the e-commerce ecosystem.

Section: Review Of E-commerce Ecosystem Developmentmentioning

confidence: 99%

Exploring the Sustainable Development of E-commerce Ecosystems in the Perspective of Green Health

Wang,

Li,

et al. 2023

“…Yu, X. et al tried to introduce the theory of partial differential equations into the framework of logistics monitoring, which effectively improves the quality and details of the logistics monitoring images and further ensures the safety and stability of the logistics and transportation system [20]. Wei, Q. et al envisioned a shared logistics collaboration model, which takes both stochastic demand and logistics service supply into consideration and verified through simulation experiments that such a logistics sharing mechanism can reduce logistics operation costs and improve the operational efficiency of logistics [21].…”

Section: Introductionmentioning

confidence: 99%

Intelligent e-commerce logistics path planning and scheduling optimization combined with graph theory

Li,

2024

Solving logistics and distribution problems through intelligent algorithms can strongly improve the market core competitiveness of e-commerce logistics enterprises. This paper maps the distribution station location in e-commerce logistics to graph theory nodes and establishes the logistics path planning model. Then use the binary group to improve the Dicoscher algorithm to solve the planning of the e-commerce logistics path, and through the genetic algorithm to solve the objective function of the cost and other factors in the logistics scheduling to achieve the logistics cost concessions, and ultimately build the e-commerce logistics planning and scheduling optimization strategy. The analysis of the application effect of constructing the path planning and optimization strategy finds that the distribution distance of the logistics path solved by this paper’s algorithm under the condition of 20 distribution points is 80.47km shorter than that of the ant colony algorithm. The total cost spent on the path is 799.75 yuan on average, and the time consumed is only 62.14s. Meanwhile, it has been found that after implementing the path planning strategy, the total working time of the dispatcher decreases by 28.6 hours, and the pressure of the job significantly decreases. The e-commerce logistics path planning and scheduling optimization method designed in this paper provides an effective solution for cost-saving in logistics enterprises.

“…Electronic trade between countries and international transportation are two important subsystems in the electronic trade ecosystem between countries. Achieving the integrated development of both has significant practical significance in promoting high-quality economic development, strengthening the market jockeying power of enterprises, transforming and upgrading foreign trade, reducing costs, and increasing efficiency [4][5][6][7][8]. The significant significance is reflected from the perspective of two subsystems of electronic trade between countries and international transportation, respectively.…”

Section: Introductionmentioning

confidence: 99%

Research on the coordinated development of cross-border e-commerce and logistics under the background of big data

Tang

2023

Cross-border electronic platform trade is an important embodiment of the digitalization of international trade, with much attention and response to national policies. This is a global business activity in which traders from different countries negotiate and conclude deals online, and the flow of goods is realized through international transportation. Taking the effectiveness of the coordinated development of cross-border trade and international transportation as the direction of exploration, we study the development mechanism of the harmonious, proper coordination, and virtuous cycle of both from the digital background. According to the established model assumptions, based on the principles of science, objectivity, operability, and representativeness, the evaluation system of coordinated development level is constructed, and the subsystem sequential covariate efficacy function and the composite system coordination degree are calculated. From the results of correlation and coordination degree analysis, it shows that the total volume of transactions in this form of trade grows from $1.4 trillion in 2013 to $8.7 trillion in 2020, with an average annual growth rate of 32%. The orderliness of the cross-border logistics subsystem keeps increasing between 2013 and 2020, and the growth rate reached an average of 15.84 %/year. On the whole, the orderliness of each of the two subsystems steadily increases year by year. The resulting coordinated development trend of electronic trade between countries and international transportation coincides with the electronic trade between countries stepping into a brand-new development period, which is sufficient to verify the science and reasonableness of the evaluation system.