Enhancement the Security by creating ontology-based Trust Management using Semantic Web tools

Wurood Al-shadood
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Abstract

The most traditional policy models which do not consider dynamic nature of distribute systems and the limitation in addressing issues like adaptability, extensibility, and reasoning over security policies. The main cause of the flexibility and scalability issues in the environments of the Internet and dynamic networks is that there is no central control over the environments, and users are not predetermined. As a result, security and trust issues become critical in the various systems; enhancing the security of these environments would require adding trust to the existing security infrastructures. Few trust models have taken into account the semantic relationship for pervasive elements, despite the fact that numerous models have been proposed to address trust issues in dynamic environments; especially those who related to trust categories. In our work, we solve issues resulted from security and tracking the dynamics of participating communication devices in dynamic distributed networks. Through using ontology for trust management which it is define vocabularies used to described and represented an area of knowledge. For representation, we used semantic web's tools to represent the domain of the dynamic environment and we improv that the reasoning succusses in inference the trusted device and user exactly where we do query.
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利用语义网工具创建基于本体的信任管理,增强安全性
最传统的策略模型没有考虑分布式系统的动态性质,在解决安全策略的适应性、可扩展性和推理性等问题上存在局限性。造成互联网和动态网络环境中灵活性和可扩展性问题的主要原因是,这些环境没有中央控制,用户也不是预先确定的。因此,安全和信任问题在各种系统中变得至关重要;要增强这些环境的安全性,就必须在现有的安全基础设施中增加信任。尽管已经提出了许多模型来解决动态环境中的信任问题,特别是那些与信任类别相关的问题,但很少有信任模型考虑到普适元素的语义关系。在我们的工作中,我们解决了动态分布式网络中参与通信设备的安全和动态跟踪问题。通过使用本体进行信任管理,本体定义了用于描述和表示知识领域的词汇表。在表征方面,我们使用语义网工具来表征动态环境领域,并改进了推理过程,以准确推断出受信任的设备和用户。
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