To date, research has focussed on privacy from a wide perspective, enabling organisations to implement various technologies that contribute to privacy protection. However, in such approaches the perspective of the data subject is often obscured in favour of meeting technical design requirements. The privacy architecture proposed in this paper is premised upon a view of privacy as unique to each individual person, changing over time and maintained through the control of personal data. This conceptualisation of privacy is evidenced by the research literature as well as various legislation. This paper establishes a requirement for a Privacy-Enhancing Technology for operational databases through a consideration of the state of practice and the relevant literature. An architecture for such a technology, which acknowledges and supports this understanding of privacy and which is based upon the Use and Disclosure Principle of the Australian privacy regulation framework, is then proposed. The architecture extends its privacy protection capabilities from primary to secondary data processing applications.
迄今为止,研究已从广泛的角度关注隐私,使组织能够实施有助于隐私保护的各种技术。但是,在这种方法中,为了满足技术设计要求,常常模糊了数据主体的观点。本文提出的隐私体系结构以对每个人都是唯一的,随时间变化并通过控制个人数据得以维护的隐私观点为前提。研究文献以及各种立法都证明了这种隐私概念。本文通过考虑实践状况和相关文献,为操作数据库建立了一种隐私增强技术的要求。然后,提出了一种基于澳大利亚隐私法规框架的使用和披露原则的,承认并支持对隐私的理解的技术架构。该体系结构将其隐私保护功能从主要数据处理应用程序扩展到了辅助数据处理应用程序。 P>
University of South Australia, South Australia;
机译:数据库的隐私增强架构
机译:青年运动员由父母激发的动机氛围,自尊心和自主动机:从成就目标和自我决定理论检验命题
机译:增强安全性和隐私性的多云架构
机译:适用于运营数据库的ESO可扩展架构
机译:双语教育中的教师动机和保留:227号提案前后拉丁裔和欧美双语教师的观点。
机译:语文教师的控制过程和主观幸福感:生命发展动机理论的关键命题的融合和分歧的证明
机译:用于操作报告的混合行列OLTP数据库体系结构