Abstract
The J2EE model is the use of advanced software layered design ideas to support framework-based development, and it can reduce development effort and cost, while reducing the degree of coupling of components, and greatly enhance software maintainability, scalability to meet the large-scale management information system requirements. The paper proposes the design and implementation of the logistics management system based on J2EE technology. This article describes the basic functions of logistics management system based on J2EE technology design, the overall structure and implementation of key technologies involved in the system.
Highlights
As global economic integration, China has gradually become the world's manufacturing and procurement centers, logistics increasingly important role in them
In order to meet the needs of modern economic development, logistics enterprises to information technology, integrated, professional change, fully integrated logistics and information technology, the establishment of a logistics management system based on modern management information network architecture
Java 2 Enterprise Edition J2EE, Sun has introduced a multi-layered structure of the distributed application model, the model has the ability of reusable components, based on the Extensible Markup Language (XML) data exchange, a unified security model, and flexible transaction control, it set up with scalability, flexibility, ease of maintenance of enterprise information systems to provide a good mechanism, has incomparable advantages compared with traditional Internet application model [1]
Summary
China has gradually become the world's manufacturing and procurement centers, logistics increasingly important role in them. J2EE architecture, the presentation logic, business logic and data logic, phase separation, and the use of advanced software layered design ideas, support based on framework development, reduce development effort and cost, while reducing the degree of coupling of components, greatly enhancing software maintainability, scalability, and to meet the requirements of large-scale management information system. This is an urgent need for more in-depth study of the modern enterprise logistics management information system, in order to allow enterprises to achieve sustainable development goals at the same time, as much as possible to maximize the quality services to customers; the same time, in the service process, and seek to reduce logistics costs, reducing costs, and achieve the purpose of profit.
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