電子標(biāo)簽系統(tǒng)身份認(rèn)證及訪問控制研究
[Abstract]:The handheld terminal in the electronic label system collects the information of the electronic tag and uploads it to the server. A large number of illegal mobile terminals can illegally invade and upload malicious code, virus and other information to the server. Finally, the information of the server is leaked, destroyed, the server is accessed illegally, the information is eavesdropped and attacked by virus. These problems are threatening the information security of the electronic tag system in the application process. On the basis of participating in the development project of tag system application and having a better understanding of the tag system, this paper combines the existing terminal authentication technology, bilinear pair, secret sharing and other basic knowledge. A new threshold authentication scheme is proposed in the authentication process of terminal and server, and the method based on attribute encryption is applied to the access control model of the server, which improves the security of the whole electronic tag application project. The main contents of this paper are as follows: the main architecture of tag system and the current research status of handheld intelligent terminal and server authentication at home and abroad are studied. At the same time, the defects and shortcomings of authentication of handheld intelligent mobile terminal and server are discussed. In this paper, a new authentication scheme is proposed, which increases the security function against single point failure. In the authentication scheme, bilinear pairs are mainly used, and the secret sharing method realizes threshold authentication, which effectively solves the problem of pseudo-authentication after a single server is attacked in the authentication process. An access control model is obtained by applying attribute-based encryption to access control. In this model, the data owner can assign access rights to the visitors through the threshold attribute, which makes the visitors with different permissions view different information resources. The data stored in the server is encrypted, which improves the security of data access. On the basis of the above research, using Eclipse and other development tools, combining with PBC, a cryptographic development library based on bilinear pairings, an electronic tag application system for engine maintenance tool management is developed on the Android development platform. The terminal software and server software are developed respectively. The system can manage the daily functions such as storage, loan, scrap, return, maintenance and so on through the electronic label. At the same time, the system can resist single point failure attack in the authentication of terminal and server. The access rights of visitors at different levels are also set by the attribute-based encryption access control model. Finally, the validity, practicability and security of the system are proved by testing the daily function and security function of the system.
【學(xué)位授予單位】:重慶理工大學(xué)
【學(xué)位級別】:碩士
【學(xué)位授予年份】:2017
【分類號】:TP311.52;TP309
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