Proteus: A Semantic Context-Aware Adaptive Policy Model

A. Toninelli, R. Montanari, Lalana Kagal, O. Lassila
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引用次数: 55

Abstract

The growing diffusion of portable devices enables users to benefit from anytime and anywhere impromptu collaboration. Appropriate policy models that take into account the dynamicity and heterogeneity of the new pervasive collaboration scenario are crucial to ensure secure sharing of information. Collaborating entities cannot be predetermined and resource availability frequently varies, even unpredictably, due to user/device mobility, thus complicating resource access control. Policies cannot be defined based on entity's identities/roles, as in traditional security solutions, or be specified a priori to face any operative run-time condition, and require continuous adjustments to adapt to the current situation. To address these issues this paper advocates the adoption of a semantic context-aware paradigm to policy specification. Context- awareness allows operations on resources to be controlled based on context visibility whereas semantic technologies allow the high-level description and reasoning about context/policies. The paper describes Proteus that, as a key feature, combines these two design guidelines to enable dynamic adaptation of policies depending on context changes. In particular, the paper shows how ontologies and logic programming rules can be used to leverage policy adaptation.
Proteus:语义上下文感知自适应策略模型
便携式设备的日益普及使用户能够从随时随地的即兴协作中受益。考虑到新的普适协作场景的动态性和异质性的适当策略模型对于确保信息的安全共享至关重要。由于用户/设备的移动性,协作实体不能预先确定,资源可用性经常变化,甚至不可预测,从而使资源访问控制复杂化。策略不能像在传统安全解决方案中那样基于实体的身份/角色来定义,也不能预先指定以面对任何操作运行时条件,并且需要不断调整以适应当前情况。为了解决这些问题,本文提倡在策略规范中采用语义上下文感知范式。上下文感知允许基于上下文可见性来控制对资源的操作,而语义技术允许对上下文/策略进行高级描述和推理。本文描述了Proteus,作为一个关键特性,它结合了这两个设计指南,以根据上下文变化动态适应策略。特别是,本文展示了如何使用本体和逻辑编程规则来利用策略适应。
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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