RFID-GPS-GIS防伪系统设计

【作者】 王锐；

【导师】 李千目；

【作者基本信息】 南京理工大学 ， 计算机技术， 2012， 硕士

【摘要】 伴随着科技的不断进步的同时伪造和假冒技术也不断的进步,使得广大消费者很难通过普通的观察来进行商品真伪的鉴定。为了能过让消费者准确无误的识别出商品的真伪,企业使用了各种防伪技术,如印刷防伪,人体生物防伪,电子信息防伪等。但仍然不能满足现在的防伪需求,假冒伪造活动依然猖獗。射频识别(Radio Frequency Identification, RFID)是一种无线射频技术,其应用广泛,已经被使用于军事、交通、通信、农业等领域。而近年来基于RFID技术的防伪受到了国内外学者的关注,有学者也提出了相应的RFID防伪应用。其中传统的RFID防伪系统架构都是基于C/S架构需要在PC机或手机上安装定制的客户端,并通过手机短信的方式将防伪信息发送给消费者。其缺点是维护不方便,防伪信息量太小,以及防窜货的功能不强。本文通过对传统架构的分析,设计并实现了B/S架构的RFID-GPS-GIS的防伪系统。将GPS, GIS技术融合到RFID防伪系统中的概念,并设计出基于GPS定位和GIS的信息追溯服务。通过分析目前RIFD防伪系统的物理防伪机制和基于密码学的防伪安全机制的优缺点,选择了合理标签读写安全机制,并且并实现了将流行的FIA引入到防伪系统客户端的设计。将企业级的J2EE的SSI框架和FIA的DWR框架的整合,使得用户通过浏览器就可以享受到像桌面应用程序的服务。本文现实了的防伪门户网站的设计,通过和用户强大信息量的交流,更好的打击了假冒伪造活动。最后对于RFID-GPS-GIS防伪系统性能测试结果进行了分析并提出了今后的需要研究的方向和待解决的问题。更多还原

【Abstract】 Because the counterfeiting technology advances, consumers are more hard to identify the goods with eyes. In order to allow consumers had accurate to identify the authenticity of goods, companies use a variety of security technologies, such as the printing security, human bio-security, security and electronic information identify. But the counterfeiting activities are still rampant.Radio Frequency Identification is using in military, transportation, communications, agriculture and other fields. In recent years anti-counterfeiting based on RFID technology has been the concern of domestic and foreign scholars, some scholars have put forward the anti-counterfeiting applications base on RFID. Traditional RFID security system architecture is based on C/S architecture, and requires the client must be installed on the PC or mobile phone, and using GSM the server applications send text message to send product’s information to consumers. The disadvantage is that maintenance is not convenient, small amount of information security, and the low security of Anti-counterfeiting and channel conflicting.Based on the traditional architecture of the analysis, we submit the B/S structure of the RFID-GPS-GIS of the security system. Proposed to GPS, GIS technology integrated into the concept of RFID security systems, and design and GIS based on GPS positioning information tracing service. Through analysis of the current security system RIFD physical security mechanisms and cryptographic-based security mechanisms of the security advantages and disadvantages, we choose a reasonable tag read and write security mechanisms, and we proposed and implemented the FIA introduced to the popular client-side security system design. Enterprise-class J2EE framework and the FIA for SSI the DWR integration, making the users through a browser you can enjoy services like desktop applications. Also, we submit the reality of the security portal design. Through the amount of information through powerful communication and users, we can better combat the counterfeiting activities. Finally, we analyzed the RFID-GPS-GIS system security performance test results and proposed what we need to do in future.更多还原