数据集和树的schem化访问控制

Claudio Marxer, C. Tschudin
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引用次数: 12

摘要

在经典的ICN中,命名数据的传递不能被保护,通常通过首先加密数据,然后仅向授权用户提供相应的数据加密密钥(dek)来实现访问控制:授权用户将以加密形式获得dek,并将其与公钥一起包装。这种方法有三个缺点,我们在本文中加以解决。(a)如果必须按原则进行密钥管理,则密钥管理是乏味的;(b)单个文档的访问粒度应扩展到文档集合(例如名称空间子树)和数据立方体(数据记录中的子元素);(c)需要支持跨数据聚合和派生链的访问权限传播。
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Schematized access control for data cubes and trees
In classic ICN where delivery of named data cannot be guarded, access control is usually implemented by first encrypting the data and secondly by providing the corresponding data encryption keys (DEKs) to authorized users only: Authorized users will obtain DEKs in encrypted form, wrapped with their public key. This approach has three shortcomings which we address in this paper. (a) Key management is tedious if it has to be done on a per-principle basis, (b) access granularity for single documents should be extended to document collections (e.g. namespace sub-trees) and data cubes (sub-elements within data records), (c) there needs to be support for access right propagation across data aggregation and derivation chains.
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