The Design And Implementation For Vegetables Logistics Based On Internet Of Things

With the rapid development of Internet technology, Internet of Things came into being, The application of Internet of this technology in the logistics industry is everywhere Based on the Internet of Things, RFID technology, wireless technology, EPC standards and on the basis of the Internet in the computer, used radio frequency identification technology, wireless data communications technology and so on, Internet of Things had been constructed as a global real-time sharing of the physical items of information the Internet. The greatest effect of Internet of Things is on the object identification, tracking, positioning, management and monitoring.In the model of Internet of Things of vegetable of the logistics industry, The role of the user can according to the actual needs of the business, anytime, anywhere, independently to understand the real-time status of vegetables in the logistics process, through the system. Such as transport vehicles, tracking, positioning, vegetable storage, a library, distribution and so on. In this system, the entire logistics process is automatic recognition and no need human intervention. This greatly simplified the complexity of the traditional management of logistics processes on vegetables, saved time and more to avoid the human factor errors. The design of Vegetable Logistics Management System Model based on Internet of Things technology could be providing a good theoretical basis on the applications on large vegetable logistics industry and the design and implementation on Internet of Things technology.The main work of this article is as follows:1. Theory Research: Internet of Things technology theory and based research of the status of vegetable logistics analysis was to ensure that the design of the system model precondition.2. Model Improvements: By the theory of Internet of Things technology, combined with the current characteristics of vegetable logistics industry through analysis and improvement the current model of Internet of Things, Enable the design process of the system to model more systematic.3. Design and Implementation: According to improve the analysis and design methods to improve the model, through the role of user information in the system results in the use of survey lustrates the feasibility and effectiveness of the system.