协商过程采用椭圆曲线密码体制和双线性对来实施，能够对不诚实节点进行检测和鉴别。
Elliptic curve cryptography and bilinear pairing is employed in the agreement, the dishonest node can be detected and identified.
根据非线性动力学中的混沌理论设计了一种混沌序列密码，利用该序列密码与RSA公开密钥算法构造了一种新的混合密码体制。
In this paper, a new chaos stream cipher was proposed based on the chaos theory of nonlinear dynamics. Combining this stream cipher with RSA algorithm, we construct a new hybrid cryptosystem.
对于流密码体制中使用的伪随机序列，我们要求它既要有尽可能大的线性复杂度，又要能抗相关攻击。
For cryptologic applications, it is of course highly disirable that the linear complexities of pseudorandom sequences be as large as possible, and the sequences resist the correlation attack.
为满足这样的需求，我们利用双线性配对的特性结构以及基于属性的密码体制结构，定义了基于属性的签密方案。
To meet this demand, based on bilinear pairing and attribute-based cryptosystem, we build up an attribute-based signcryption scheme.
由于双线性对在密码学中的广泛应用，已提出了许多基于双线性对密码体制。
We proposed a series of signcryption, proxy signature, proxy signcryption, multi-proxy signature scheme etc. from bilinear pairings.
由于双线性对在密码学中的广泛应用，已提出了许多基于双线性对密码体制。
We proposed a series of signcryption, proxy signature, proxy signcryption, multi-proxy signature scheme etc. from bilinear pairings.
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