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Improved Anonymity for Key-Trees

机译:改进了密钥树的匿名性

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摘要

Randomized hash-lock protocols for Radio Frequency IDen-tification (RFID) tags offer forward untraceability, but incur heavy search on the server. Key trees have been proposed as a way to reduce search times, but because partial keys in such trees are shared, key compromise affects several tags. Buttyan et al. have defined measures for the resulting loss of anonymity in the system, and approximated their measures by means of simulations. We will further improve upon their trees, and provide a proof of optimality. Finally, an efficient recursive algorithm is presented to compute the anonymity measures.
机译:用于射频识别(RFID)标签的随机散列锁定协议具有前向不可追溯性,但会在服务器上进行大量搜索。已经提出了密钥树作为减少搜索时间的方法,但是由于共享了此类树中的部分密钥,因此密钥折衷会影响多个标签。 Buttyan等。已经定义了导致系统中匿名丢失的度量,并通过模拟近似了它们的度量。我们将进一步完善它们的树,并提供最优性证明。最后,提出了一种有效的递归算法来计算匿名度量。

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