Design And Implementation Of RFID-based Intelligent Transportation System

Along with the expansion of city scales, traffic discharge is increasing faster andfaster. Traffic jam has become a more and more prominent problem for our society.However, it seems that Smart Traffic Transportation System is one of the most effectivemeasures to solve most worldwide problem, such as road congestion, frequent accidentsand driving difficulties. The system has connected many new technologies, such aselectronic control technology, information technology and communication technology,together to build up a full range of traffic transportation control system.The paper analyzes some problems that exist in the road traffic management, tryingto elaborate Smart Traffic Transportation System which plays a very important role intoday’s traffic transportation control system and which is the critical way to solve thedifficult problems. The designment and realization of the System includes two partswhich are the hardware and software. The hardware section first describes thecharacteristics and performance of the devices composed of RFID system, and thenintegrated all aspects of performance and price and compatibility to consider whenchoosing a reader and electronic tags for system functioning.The software platformdeveloped from development tools and development environments and networkintroduced last departure from the software simulation modules of the software systemand hierarchy. Application of the simulation model of the system software using the B/Sstructure, the core software development using Internet sites used Microsoft ASPtechnology, but also describes the system structure of the database, the ASP programwith SQL Server database connection, the system functions software key part of thedevelopment and design situation and the various functions of the system is running andso on.In this paper, the design of intelligent traffic control system based on RFIDinstallation setup is simple, convenient simple software design hierarchy. This systemhas the advantages of high stability, cost-effective, practical, and has a certain value inuse and broad prospects for the use in the field of traffic management.