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Dynamic Security Policy Learning

机译:动态安全策略学习

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摘要

Recent research [12] has suggested that traditional top down security policy models are too rigid to cope with changes in dynamic operational environments. There is a need for greater flexibility in security policies to protect information appropriately and yet still satisfy operational needs. Previous work has shown that security policies can be learnt from examples using machine learning techniques. Given a set of criteria of concern, one can apply these techniques to learn the policy that best fits the criteria. These criteria can be expressed in terms of high level objectives, or characterised by the set of previously seen decision examples. We argue here that even if an optimal policy could be learnt automatically, it will eventually become sub-optimal over time as the operational requirements change. The policy needs to be updated continually to maintain its optimality. This paper proposes two dynamic security policy learning frameworks.
机译:最近的研究[12]提出,传统的自上而下的安全策略模型过于僵化,无法应对动态操作环境的变化。需要在安全策略中具有更大的灵活性,以适当地保护信息并仍然满足操作需求。先前的工作表明,可以使用机器学习技术从示例中学习安全策略。给定一系列令人关注的标准,就可以应用这些技术来学习最适合该标准的策略。这些标准可以用高级目标来表示,也可以用一组先前看到的决策示例来表征。我们在这里争论说,即使可以自动学习到最佳策略,随着操作需求的变化,它最终也会随着时间的推移变得次优。该策略需要不断更新以保持其最优性。本文提出了两个动态的安全策略学习框架。

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