摘要
由于远程终端本身的不安全性或合法身份被利用而导致内网安全事故,针对此问题,提出了一种基于可信度计算的网络接入认证模型,通过集成现有身份认证技术和可信度计算方法,动态计算终端的可信度值。当目标终端可信度低于设定值或访问超时,启动重新认证机制,从而弥补现有认证方法的不足。同时给出了该模型完整的执行过程。
Because of the insecurity of remote terminal or pretending to be a legal user, it resulted in safety accidents. Aiming at this problem, a network access authentication model based on trustworthiness computing is proposed. Through integrating the existing identity authentication technologies and trustworthiness computing methods, the trustworthiness of terminal can be dynamically computed. When the trustworthiness of terminal is below a certain value or access is overtime, re-authentication mechanism is started, accordingly repairing the shortage of existing authentication methods. The full executing process of the model is given.
出处
《计算机工程与设计》
CSCD
北大核心
2008年第17期4417-4419,共3页
Computer Engineering and Design
基金
公安部金盾工程基金项目(J1GAB23W013)
关键词
网络安全
身份认证
认证机制
可信度
可信度计算
network safety
identity authentication
authentication mechanism
trustworthiness
trustworthiness computing
