分层结构组体系结构中入侵检测对安全组通信的影响

Jin-Hee Cho, I. Chen
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引用次数: 1

摘要

我们开发了一类自适应安全协议,其设计允许移动自组织网络(manet)中的组通信系统(GCSs)动态调整操作设置,以最好地满足应用程序强加的性能和安全要求,利用系统的安全和性能属性之间的固有权衡。这些自适应安全协议包括用于处理内部攻击的入侵检测协议和用于处理外部攻击的可扩展的基于区域的分层组密钥管理协议。我们的设计设置包括应该执行入侵检测的时间间隔,以及用于组密钥管理的基于区域的分层组密钥管理协议的区域大小。当给定一组表征GCS的操作和环境条件的参数值时,我们确定系统动态使用的最佳设计设置,以最大化系统安全故障的平均时间,同时最小化GCS在MANET环境中产生的总组通信成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of intrusion detection on secure group communications in hierarchically structured group architectures
We develop a class of adaptive security protocols with designs to allow group communication systems (GCSs) in mobile ad hoc networks (MANETs) to dynamically adjust operational settings to best satisfy application-imposed performance and security requirements, leveraging the inherent tradeoff between security and performance properties of the system. These adaptive security protocols include an intrusion detection protocol for dealing with insider attacks and a scalable region-based hierarchical group key management protocol for dealing with outsider attacks. Our design settings include the time interval over which intrusion detection should be performed, and the regional area size for the region-based hierarchical group key management protocol for group key management. When given a set of parameter values characterizing operational and environmental conditions of a GCS, we identify optimal design settings to be used by the system dynamically to maximize the mean time to security failure of the system while minimizing the total group communication cost incurred for GCSs in MANET environments.
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