Weighing Management System Based On Smart Car Design And Implementation Of RFID Technology

The English name of “Wulianwang” is called The Internet of things, it is throughradio frequency identification (RFID), infrared sensors, global positioning systems,laser scanners and other information sensing equipment, as agreed in the agreement andany objects connected to the Internet, exchange of information and communication, inorder to achieve the object of the intelligent identification, location, tracking,monitoring and management of a network, is a new generation of informationtechnology an important part.Firstly,the needs of the system are analyzed, mainly weight management subsystemand vehicle management subsystem functional requirements, and performance of thesystem is analyzed. Based on the needs analysis, summed up the overall systemarchitecture. To select the line with the overall architecture of the framework, thevarious frameworks, research and analysis technologies, including radio frequencyidentification technology, STRUTS framework, SPRING framework, HIBERNATEframeworks.This thesis is the mainstream of the fixed assets of the current application statusmanagement system requirements in depth analysis to work out things based on RFIDtechnology and electronic information to design a new type of fixed asset managementinformation system. The system integration through technology and innovation, takeadvantage of RFID technology, the traditional fixed-asset management systeminnovation, which greatly improves the practicality of fixed assets management systemand ease of use, can be a very good job of administrative units to enhance efficiency.In this thesis, some of the work completed the following:(1) Research into the current major truck management system and its developmentstatus;(2) On the development of several popular framework for comparative analysis andin-depth study, the proposed overall technical design;(3) Based on the above research vehicle weighing management system gives thedetailed design and software architecture design. Mainly include: RFID tagmanagement subsystem design, weighing management subsystem design, vehiclemanagement subsystem design, text messaging subsystem design; (4) In the design, analysis, development to achieve the RFID tag managementsubsystem, weighing management subsystem, the vehicle management subsystemimplementation and all or part of the message function of the subsystem. Demonstratedthe feasibility of this system;(5) Through the use of RFID-related equipment, products for the actual selectionand experimentation, the final design of the system to achieve the various subsystems.System test to obtain good results.