Technology Sharing

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1 Project Introduction

1.1 Research Background

The advent of the "Internet +" era has brought both opportunities and greater challenges to the development of university logistics management. Information technology applications have begun to become popular, and the traditional university logistics and catering management model often has problems such as low efficiency, information opacity, and waste of resources. It is difficult to meet the needs of modern university teachers and students for efficient catering services.

The expansion of the number of teachers and students in colleges and universities, the diversification of catering needs, and the continuous changes in the information industry have led to an increasing demand for logistics and catering management in colleges and universities. Traditional management models are often unable to cope with such changes, resulting in low service quality and efficiency. For example, offline operations cannot update data in a timely manner, share data references, and even cause data loss.

When the university logistics and catering management system is not well developed, it is necessary to design an effective and flexible university logistics and catering management system. The use of advanced information technology and intelligent information technology to manage university logistics and catering can not only guarantee the interests of the university logistics and catering department, control operating costs, and improve management efficiency, but also be conducive to the subsequent expansion of Internet informatization, improve the awareness of relevant personnel, and promote the pace of university management informatization.

By building a university logistics and catering management system platform, the school logistics management department can timely grasp the archival information of stall rentals, understand information dynamics, share data information, and thus provide assistance to relevant persons in charge of the school management department to formulate the next step of management guidance.

1.2 System Technology Stack

Spring Boot

MySQL

Vue

ElementUI

Layui

1.3 System Roles

administrator

user

1.4 Flowchart

1.4.1 Operation process

1.4.2 Login Process

1.5 System Function Framework Diagram

1.6 System Overall ER Diagram

2 System function implementation screenshots

2.1 Administrator Function Module Implementation

2.1.1 Login

2.1.2 Contract Quotation

2.1.3 Stall Management

2.1.4 Stall rental management