Design Of The Scenic Region E-ticket System Based On CPS Architecture

Recently, with the life quality rising of people, the tourism industry presented a rapid development condition, So many scenic spot faced many problems on a large amount of people. Such as ticking system and checking system of scenic region, data statistics of hotspot scenic region and human target tracking and positioning in the scenic region etc. This problem took so many challenge to the digitization of scenic region. But, as the development of new technology, RFID tags are widely used in large exhibition, games. E-ticket based on RFID technology can greatly improve the working efficiency and reduce the workload of the scenic spot staff. The rapid development of RFID will provide premise condition to the scenic region digitization, the E-ticking based on RFID is very extensive in the future.Combined with the video surveillance e-ticketing system project based on H.264technology which the author take part in. This paper analyzes the requirements of RFID reader development platform,selected the MCU LM3S9B96as the core processor which produced by TI, and describes the design in detail around the LM3S9B96external interface. Introduced the design scheme in detail.Firstly, this paper simply explained the research significance and background of the subject, introduced the current domestic and international RFID technology development status of tickets, and the CPS technology is put forward in this paper as relative and reviewed in this paper. On the analysis of the whole system structure, detailed to introduce the key technology in the system and do a brief overview of the CPS technology, prospected a whole system architecture which based on CPS. Then designed the key device RFID reader in the layer model of the CPS architecture. Including minimum system, RF modules, Ethernet communication module, UART communication module, SD card modules, power modules and system debugger module. Through designing of the module, final designed PCB which need by the project, after debugging, the RFID reader can be very good use.Secondly, putted up a application development of the upper layer based on CPS architecture. Including RFID ticketing subsystem working on PC, management subsystem which worked on server and designed the network database. Used the two development tools Delphi7and VC6.0to put up the designing of application program. The developing of network database used the tools of SQL Server2000.At last, the paper summaries the work of full text as well as prospects for future work.