J2EE-Based Machinery And Equipment Logistics Coupling System Design And Implementation

With the rapid development of China’s economy,the mechanical equipment manufacturing and the logistics transportation industry have also ushered in the peak of the historical development.However,most Machinery manufacturing enterprises and logistics transportation management companies still use the traditional manual mode for logistics and transportation management.Logistics transactions between supply and demand will exist such problems as unequal information,communication is not timely.As a result,the two sides of the companies lack effective means to centralize the management of logistics transportation of machinery equipment,which reduced the efficiency of logistics transportation of machinery equipment,and increased the manpower and material costs of enterprises in logistics transportation management.Relying on the actual projects of enterprises,and for the current state of logistics transportation management of machinery equipment manufacturing enterprises and machinery equipment logistics transport companies,the J2EE-based machinery equipment logistics integration system was proposed and developed to solve the problem of non-reciprocal and inaccurate transaction information between the parties.This integration system has conducted related research on the design and implementation of the system around technologies such as J2EE and SOA.Firstly,the advantages of J2EE technology,MVC model,SOA architecture technology and various technologies involved in the development of the integration system are elaborated,and the overall development of the system is well-grounded.Secondly,based on the business requirements of the system,it analyzes and introduces the basic business processes of coupling business and logistics transportation,and completes the non-functional requirements analysis of the coupling system.Then,according to the system design principles,the system’s overall structure design,overall technical route selection and overall architecture design are completed.JAVA language and Eclipse platform are used for software design,and the overall development is based on Spring+SpringMVC+Mybatis framework.Finally,according to the system’s architecture and structure planning,some of the core functional modules of the coupling system are designed and implemented in detail.Through the use of coupling systems in mechanical equipment manufacturing companies and machinery equipment logistics transport companies,the automatic matching of mechanical equipment logistics transportation transactions between shipper companies and carriers is fulfilled,it has better performance,reduces the logistics transport cost of the company,improves the operating efficiency,and at the same time provide carriers with more mechanical equipment logistics transportation business.The completion of this coupling system is of great significance to the domestic machinery equipment manufacturing and logistics transportation industries.