Traditional logistics is facing many problems,with the development of science and technology,the logistics industry is carrying out a new change.This paper is based on the cloud computing technology to build the logistics information management system,which can effectively solve some problems,such as more and more data traffic,low degree of information and so on.Cloud computing technology can effectively analyze and deal with massive logistics data,and further promote the development of logistics industry.This paper divides the logistics information management system based on cloud computing into four levels: application layer,cloud computing platform layer,network layer and sensing layer.The application layer is divided into four modules: warehouse management,distribution management,order management and customer management.In the fourth and fifth chapters,we will elaborate the realization of two modules of distribution management and warehousing management.The cloud computing platform layer can store,analyze and process logistics data;The network layer collects logistics data,and uploaded to the cloud computing platform layer;The sensing layer using hardware equipment to collect logistics data and pretreatment.In the warehouse management module,the collected logistics data uploaded to the cloud server,using cloud computing technology to store data,deal with logistics data.Sub-module to achieve the goods storage and other functions.In the distribution management module,using RFID technology,sensors and other hardware equipment to collect logistics data,uploading information to the cloud computing platform for processing,logistics data in the cloud computing platform to match.Sub-module specifically to achieve the logistics scheduling,monitoring and other functions.The results of system test show that the function of logistics information management system based on cloud computing in this paper can meet the needs of users,improve the efficiency of logistics system and improve the information level of logistics system. |