pake

PAKE protocols are widely used because their short length facilitates human beings to remember .

PAKE协议因其口令简短易记而被广泛采用。

Cross-realm Group PAKE Protocol Using Different Passwords

基于不同口令认证的跨域组密钥协议

The performance analysis and cross-realm authentication research of public-key Kerberos Cross-realm Group PAKE Protocol Using Different Passwords

公钥Kerberos的跨域认证研究与性能分析基于不同口令认证的跨域组密钥协议

With a rapid development of mobile network , PAKE protocols are widely used because their short length facilitates humans to remember .

随着移动网络的迅猛普及，PAKE协议因其口令简短易记而被广泛采用。

In a three-party PAKE protocol , two clients each share a password with the trusted server , respectively .

即假设两个用户与同一个可信服务器共享口令，面向这样问题的PAKE协议就是三方PAKE协议。

China is also the origin pake of cultivated tree peonies . The documented cultivation history of tree peonies in China is more than 2,000 years .

中国也是栽培牡丹的发源地，有记载的中国牡丹就有两千多年历史，而在欧洲仅有五百多年。

Then we provide another provable secure two-party PAKE protocol using bilinear pairings in the random oracle model , which can be resistant to PCI attack .

另一方面，利用双线对设计一个可以抵抗口令泄露攻击的两方PAKE协议，并在随机谕示模型下给出前向安全性证明。

The PAKE protocol which prevent private key technology in now have still some problem , such as simpler user management and computation difficulty in private key because of a compromised server sending an invalid share .

目前常用的私钥容忍保护PAKE协议方法中用户管理欠缺，而且攻击者可以妥协服务器造成用户无法得到加密私钥。

And why were K ā naka Maoli , the indigenous people of Hawaii , so susceptible to developing leprosy , or " mai Pake ? "

为什么夏威夷的土著居民如此容易受到麻风病的感染？

Password-based authenticated key exchange ( PAKE ) protocols enable two or more parties holding a human-memorable password to agree on a session key over a public network in a secure and authenticated manner .

基于口令认证的认证密钥交换协议（简称PAKE协议）可以使公开网络中的两个或多个通信方在口令的帮助下安全地完成身份认证和会话密钥建立。

We propose a novel three-party PAKE protocol based on elliptic curve cryptosystem , which can resist PCI attack . In our scheme , the computational cost and communication cost for clients are lower than kindred protocols .

本文利用椭圆曲线密码算法，设计一个新的可以抵抗口令泄露攻击的三方PAKE协议。

As a result , the efficiency is improved . However , RSA-based PAKE protocols are subject to a new type of dictionary attack : e-residue attack . In fact , many protocols based on RSA are found to be vulnerable to this attack .

然而，利用RSA设计口令协议易于遭受一种特殊的字典攻击&e次剩余攻击，事实上现有的基于RSA的PAKE协议很多都被发现不能抵抗此类攻击。

The focus of this thesis is on the design and analysis of three-party PAKE and CPK-based AKE protocols . The main goal is to exert the advantages of CPK and make the new protocols to be competitive with the existing protocols in one or more aspects .

本文主要围绕三方PAKE协议和基于CPK的AKE协议的设计与分析展开研究，力求发挥CPK的优势，在某一方面或者几方面比现有的同类协议具有竞争优势。