The design of the secure transmission and authorization management system based on RBAC

Gvoqing Lu, Lingling Zhao, Kuihe Yang
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Abstract

This paper designs a secure transmission and authorization management system which based on the principles of Public Key Infrastructure and Rose-Based Access Control. It can solve the problems of identity authentication, secure transmission and access control on internet. In the first place, according to PKI principles, certificate authority system is implemented. It can issue and revoke the server-side and client-side digital certificate. Data secure transmission is achieved through the combination of digital certificate and SSL protocol. In addition, this paper analyses access control mechanism and RBAC model. The structure of RBAC model has been improved. The principle of group authority is added into the model and the combination of centralized authority and distributed authority management is adopted, so the model becomes more flexible.
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基于RBAC的安全传输与授权管理系统的设计
本文设计了一个基于公钥基础设施和玫瑰访问控制原理的安全传输和授权管理系统。它可以解决互联网上的身份认证、安全传输和访问控制等问题。首先,根据PKI原理,实现了证书颁发系统。它可以颁发和撤销服务器端和客户端数字证书。通过数字证书和SSL协议的结合,实现了数据的安全传输。此外,本文还分析了访问控制机制和RBAC模型。改进了RBAC模型的结构。模型中加入了群组权限的原则,采用集中式权限管理和分布式权限管理相结合的方式,使模型更加灵活。
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