We constructed a new verifiably committed signature scheme based bilinear pairing.
利用双线性对构造了一种新的可验证承诺签名方案。
Based on identity and bilinear pairing on the Elliptic Curve, a new multi-signcryption scheme is proposed.
基于身份和椭圆曲线上双线性对，提出了一种新的多重签密方案。
Moreover, the new scheme is from bilinear pairing, thus it has the advantages which short signatures have.
另外，该体制基于双线性映射，具有短签名的优点。
Elliptic curve cryptography and bilinear pairing is employed in the agreement, the dishonest node can be detected and identified.
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。
To meet this demand, based on bilinear pairing and attribute-based cryptosystem, we build up an attribute-based signcryption scheme.
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。
This scheme verify signature from bilinear pairing on supersingular elliptic curves or hyperelliptic curves, improve the efficiency of verification signature.
在验证签名中采用超奇异椭圆曲线上的双线性对，同时验证系统主密钥和用户秘密信息，减少了算法计算量。
A new and practical electronic voting scheme is proposed by using threshold partially blind signature scheme from bilinear pairing and bit commitment technology.
给出了一个新的实用的电子投票协议，主要采用了基于双线性对的门限部分盲签名方案和比特承诺技术。
A forward secure short threshold proxy signature scheme from bilinear pairing is proposed by combining the concept of forward security with threshold signature from bilinear pairing.
将前向安全的概念结合到基于双线性对的门限签名方案中，提出了一个基于双线性对的前向安全短门限代理签名方案。
A forward secure short threshold proxy signature scheme from bilinear pairing is proposed by combining the concept of forward security with threshold signature from bilinear pairing.
将前向安全的概念结合到基于双线性对的门限签名方案中，提出了一个基于双线性对的前向安全短门限代理签名方案。
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