knowledge proof造句
例句与造句
- zero knowledge proofs and special signature schemes
零知识证明和特殊签名方案 - real time communication protocol of identification based on zero-knowledge proof
保密通讯中基于零知识证明的身份认证协议 - the improved system utilizes good properties of elliptic curve cryptography system and adopts zero knowledge proof
改进的系统利用了椭圆曲线良好的密码特性，并采用零知识证明方法。 - the security of the system was improved by adopting the elliptic curve zero knowledge proof in the payment protocol
在支付协议中采用并行的椭圆曲线零知识证明，提高了系统的安全性。 - (4 ) apply zero-knowledge proof into digital watermarking verification and present a kind of watermarking verification protocol
(4)将零知识证明应用于数字水印认证，提出数字水印基础设施中的一种数字水印认证协议。 - It's difficult to find knowledge proof in a sentence. 用knowledge proof造句挺难的
- in zero-knowledge proofs, a person ( or device ) proves that he or she knows a secret without revealing it, like opening a combination lock without giving away the actual combination
在零知识证明之中，一个人（或装置）无须揭露机密，也可以证明自己确实知道这个秘密，就好像不必说出真正的密码组合，就可以打开密码锁一样。 - user identification and message authentication are two important aspects of network security . an interactive / . cro knowledge proofs based user identification and also a cross-domain message authentication scheme are proposed in the paper
本文还设计了一个跨域的信息认证系统，给出了协同产品开发中的跨域信息模型，并提出了相应的跨域认证方案。 - the idea of zero-knowledge proof is used in key updating protocol-, the signature protocol-, validity verification protocol of signature and the verification protocol of forward security . it can guarantee that the new scheme is more secure and efficient than previous schemes
对新方案的密钥更新协议、签名协议、签名的有效性验证协议、前向安全性验证协议用了零知识证明的思想，具有更高的安全性和效率。 - finally, a new threshold and confirmer signature scheme for group or organization is proposed by using the multiplicative secret sharing and rsa public key cryptosystem, whose confirming and denying protocols are constructed by using the idea of zero-knowledge proof
提出适合于团体和组织的门限证实数字签名方案。新方案以乘法秘密共享和rsa加密算法为基础，采用一次性零知识证明思想构建签名的证实协议和否认协议。 - the topics covered in this course include interactive proofs, zero-knowledge proofs, zero-knowledge proofs of knowledge, non-interactive zero-knowledge proofs, secure protocols, two-party secure computation, multiparty secure computation, and chosen-ciphertext security
本课程所涵盖的主题包含有互动式证明，零知识证明，知识的零知识证明，非互动式零知识证明，安全协定，双方安全计算，多方安全计算与选择密文安全性。 - the topics covered in this course include interactive proofs, zero-knowledge proofs, zero-knowledge proofs of knowledge, non-interactive zero-knowledge proofs, secure protocols, two-party secure computation, multiparty secure computation, and chosen-ciphertext security
本课程所涵盖的主题包含有互动式证明，零知识证明，知识的零知识证明，非互动式零知识证明，安全协定，双方安全计算，多方安全计算与选择密文安全性。 - the topics covered in this course include interactive proofs, zero-knowledge proofs, zero-knowledge proofs of knowledge, non-interactive zero-knowledge proofs, secure protocols, two-party secure computation, multiparty secure computation, and chosen-ciphertext security
本课程所涵盖的主题包含有互动式证明，零知识证明，知识的零知识证明，非互动式零知识证明，安全协定，双方安全计算，多方安全计算与选择密文安全性。 - the way that use double watermark technique, and use asymmetric secret key system and a different secret key during watermark checking gives a novel idea to people : different information can be embedded into the image according to different requirement and provided for multiple utilization, because fragile watermark only require the trusted third part to extract and the user is transparent . the robust watermark required the authentication centre to extract the watermark . at the same time, the zero knowledge proof for the author id can be done by the authentication centre, which is the idea of the cryptology authentication and can solve problem of the copyright ownership more effectively
虽然本文对该模型提出的算法并没有具体实现，但是，在同一幅图像中嵌入鲁棒水印与易损水印的双水印技术，以及采用的非对称密钥体制即在水印嵌入过程与水印检测过程中使用了一对不同的密钥，可为人们提供一个新的思路：由于易损水印只需通过可信任第三方提取，对用户是“可见”的，因此可根据需要嵌入不同的信息，多方利用；鲁棒水印的提取需要认证中心提取，同时可由认证中心对商家身份进行的零知识验证，体现了密码学的认证思想，更能解决版权纠纷的所有权问题。 - the digital signature algorithms with special attributes are studied, and the new digital signature scheme, a undeniable forward-secure digital signature scheme based on zero-knowledge proof, is proposed based on the difficult mathematic problems . it is the first time that the undeniable property and the forward-secure property are combined in a digital signature scheme
以数学中的困难问题为理论基础研究了具有特殊性质的数字签名算法，提出了满足特殊需求的新的数字签名算法----基于零知识证明的不可否认前向安全数字签名算法，首次将不可否认数字签名与前向安全数字签名结合起来。
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