A Status Authentication Mechanism in Grid Environment

Li Ma, Yongmei Zhang
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Abstract

The grid is an heterogeneous distributed environment, it has many new characteristics that are different with the traditional internet, for example, it have many users and resources. These characteristics have decided complexity of the grid safety mechanism. Thus security is an important element of the practical of grid computing technology. In paper, we described a hybrid model of authentication against centralized, hierarchical structure, other traditional forms of authentication features and combining grid security needs. Compare and analyzed the hybrid model authentication mechanisms, performance, and the implement methods of these models, and verified the safety and effectiveness of the hybrid mode. It described the design process of hybrid mode in detail . Given the specific systems certification flow and the performance analysis of application , it is great significance for grid security and management.
网格环境下的状态认证机制
网格是一种异构的分布式环境,它具有许多不同于传统互联网的新特点,如用户多、资源多。这些特点决定了电网安全机制的复杂性。因此,安全性是网格计算技术实用化的重要因素。在本文中,我们描述了一种针对集中式、分层结构和其他传统形式的身份验证特征并结合网格安全需求的混合身份验证模型。比较分析了混合模式的认证机制、性能和实现方法,验证了混合模式的安全性和有效性。详细描述了混合动力模式的设计过程。给出了具体的系统认证流程和应用性能分析,对电网安全管理具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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