基于SK身份加密的代理重加密方案

Xu An Wang, Xiaoyuan Yang
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引用次数: 4

摘要

代理重新加密的概念来自Blaze、Bleumer和Strauss在1998年的工作\cite{Blaze:98}。代理重新加密的目标是在不依赖于受信任方的情况下,安全地启用从一个密钥到另一个密钥的密文重新加密。2007年,Matsuo提出了四种代理再加密方案的概念:CBE to CBE、IBE to CBE、CBE to IBE和IBE to IBE \cite{Matsuo:07}。目前,ieee 1363.3工作组\cite{P1363.3:08}正在对CBE到IBE和IBE到IBE代理再加密方案进行标准化。他们的方案的一个特点是他们都是基于BB1身份加密\cite{BB04a}。在基于sk身份的加密基础上,重新考虑了构建代理重加密的问题。令人惊讶的是,如果我们考虑到PKG的帮助,那么基于SK身份的加密很容易构建代理重加密。有趣的是,我们的代理重加密方案甚至可以实现CCA2安全,这使得它具有独特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proxy Re-encryption Scheme Based on SK Identity Based Encryption
The concept of proxy re-cryptography comes from the work of Blaze,Bleumer, and Strauss in 1998\cite{Blaze:98}. The goal of proxy re-encryption is to securely enable the re-encryption of ciphertexts from one key to another, without relying on trusted parties. In 2007, Matsuo proposed the concept of four types of proxy re-encryption schemes: CBE to CBE, IBE to CBE, CBE to IBE and IBE to IBE\cite{Matsuo:07}. Now CBE to IBE and IBE to IBE proxy re-encryption schemes are being standardized by IEEEP1363.3 working group\cite{P1363.3:08}. One feature of their schemes is that they are all based on BB1 identity based encryption\cite{BB04a}. We reconsider the problem of constructing proxy re-encryption based onSK identity based encryption. Surprisingly, if we consider the help of PKG, then it is easy to construct proxy re-encryption based on SK identity based encryption. Interestingly , our proxy re-encryption scheme even can achieve CCA2 secure, which makes it is unique.
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