Shoup

Initially the application of hybrid cryptography is limited to areas from the implementation of efficiency considerations. Until 2000 Cramer and Shoup proposed a KEM-DEM model for hybrid encryption. Since then hybrid cryptography became a general solution to IND-CCA secure and practical public key cryptosystem.

最初混合密码体制的使用仅限于从执行效率方面进行考虑，直到2000年Cramer和Shoup提出了KEM-DEM结构的混合加密体制，使得混合密码体制成为一种解决IND-CCA安全而且实际的公钥密码体制。

Comparing with Shoup's and Wang's, the scheme has the same security and more efficient performance.

改进方案与Shoup原方案和王的方案相比，安全性相同，并且性能更好。

Shoup told the Associated Press that the church has no idea how it came to possess the Bible.

苏泊告诉美联社，教堂方面完全不知道这本圣经怎么会在他们这儿。

Shoup's main research interests and contributions are computer algorithms relating to number theory, algebra, and cryptography.

他的主要研究方向以及贡献是在与数论、代数学以及密码学有关的计算机算法上面。

Improvement of shoup's Threshold RSA signature scheme

Shoup门限RSA签名方案的改进

Shoup's scheme was improved, and a verifiable threshold RSA signature scheme with verifiable secret sharing was presented.

改进了Shoup的方案，并使用可验证秘密共享技术提出了一种可验证的门限RSA签名方案。

His contributions to these fields include: The Cramer-Shoup system asymmetric encryption algorithm bears his name.

其主要贡献提出了以他名字命名的克拉美-舒普非对称加密算法系统。

In 2000 Cramer and Shoup [ 1] presented a signature scheme which is secure against adaptive chosen-message attack under the strong RSA assumption and which does not rely on the random oracle model.

2000年Cramer和Shoup[1]提出了一个不依赖于随机预言机模型的数字签名方案，该方案在强RSA假设下可以安全的抵御适应性选择消息攻击。

One city that has fully instituted Shoup's market-pricing plan for street parking is Redwood City, Calif.

加州的红杉城（RedwoodCity）是彻底采用Shoup博士提出的街道泊车的市场定价计划的城市之一。