Runtime Security Adaptation Using Adaptive SSL

C. J. Lamprecht, A. Moorsel
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引用次数: 9

Abstract

Self-adaptive security offers great potential in providing timely and fine grained security control. In this paper we experimentally investigate the effects of a security adaptation in various client-server scenarios. We do this using SSL/TLS and show how client load patterns determine the overall performance effect of a security adaptation. We also demonstrate the viability of such a system using adaptive SSL. Experiments and analysis show that client arrival rate is not sufficient for making an adaptation decision. The average requested file size and the client session duration play key roles in the performance effect of such an adaptation. Adaptation with file sizes larger than 8192 bytes and small session durations result in greater performance impact when the server is under heavy load.
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使用自适应SSL进行运行时安全适配
自适应安全在提供及时和细粒度的安全控制方面提供了巨大的潜力。在本文中,我们通过实验研究了安全自适应在各种客户机-服务器场景中的效果。我们使用SSL/TLS来实现这一点,并展示客户端负载模式如何决定安全适应的总体性能影响。我们还演示了使用自适应SSL的这种系统的可行性。实验和分析表明,客户端到达率不足以做出适应决策。请求的平均文件大小和客户端会话持续时间在这种适应的性能效果中起着关键作用。当服务器负载较重时,文件大小大于8192字节且会话持续时间较短的适配对性能的影响更大。
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