Li Xin
Campus end delivery is an important link to deliver express delivery from campus delivery center to demand point, and choosing suitable delivery mode and delivery path is an important way to improve delivery efficiency and reduce logistics cost. Taking the campus delivery center of Beijing Wuzi University as an example, the problem of choosing the campus terminal delivery mode and joint optimization of the delivery path under the mode of "self-service cabinet + unmanned vehicle" is studied. In view of the problems in the operation of the "self-service cabinet + unmanned vehicle" mode, the joint optimization problem of delivery mode selection and unmanned vehicle path under the "self-service cabinet + unmanned vehicle" scenario is proposed, and a mathematical model is established and a two-stage algorithm is designed to solve the problem. Finally, a simulation example is generated using the basic data of JD Express in the campus distribution center of Beijing Wuzi University. The research results provide a theoretical basis and a reference for decision making to solve the problem of campus end delivery mode selection and route optimization under the mode of "self-service cabinet + unmanned vehicle".
Campus End Delivery; Self-Service Cabinet + Unmanned Vehicle; Delivery Mode Selection; Delivery Path Optimization; Greedy Algorithm