SeaView多层数据库系统的近期设计

T. Lunt, R. Schell, W. Shockley, M. Heckman, Dan Warren
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引用次数: 67

摘要

SeaView正式安全策略模型允许对多级安全关系数据库系统进行一系列设计。近期实现的需求表明,设计应尽可能地利用现有技术。因此,本设计将现有的数据库管理系统移植到现有的TCB(可信计算基础)环境中。预处理器将SeaView多层关系数据模型的关键结构转换为商业数据库系统使用的标准关系模型。底层引用监视器在A1保证下强制执行基本的自由裁量控制。通过将单级数据组合到多层视图中,可以使用商业数据库系统,并在关系级对数据进行分类,以实现SeaView模型,并进行元素级分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A near-term design for the SeaView multilevel database system
The SeaView formal security policy model admits a range of designs for a multilevel secure relational database system. The requirement for a near-term implementation suggests that the design should utilize existing technology to the extent possible. Thus the design uses an existing database management system ported to an existing TCB (trusted computing base) environment. A preprocessor translates key constructs of the SeaView multilevel relational data model to those of the standard relational model used by the commercial database system. The underlying reference monitor enforces mandatory and basic discretionary controls with A1 assurance. By combining single-level data into a multilevel view, it is possible to use a commercial database system and classify data at the relation level to implement the SeaView model, with element-level classification.<>
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