1) key-privacy
公钥隐密性
1.
Anonymity(key-privacy) as well as data-privacy are all important features in public-key encryption applications.
公钥加密方案的匿名性(亦称公钥隐密性)与数据保密性同样都具有重要应用价值。
2.
In applications of public-key encryption schemes, anonymity(key-privacy) as well as security(data-privacy) is useful and widely desired.
公钥加密方案的匿名性(亦称公钥隐密性)与数据保密性同样具有重要应用价值。
2) Key Privacy
公钥隐秘性
3) hiding key
隐藏密钥
1.
In the context,the concept of hiding key is defined that it is a function with three elements including K1,the secret key to choose the arithmetic,K2,the secret key to choose the image,and K3,the secret key to choose the positions and sequence of embedding.
对隐藏密钥的概念进行定义,定义其为包括算法选择密钥K1、图像载体选择密钥K2和嵌入位置、顺序选择密钥K3在内的三元组。
4) steg key
隐写密钥
5) dormant public-key
隐匿公钥
6) public key cryptography
公钥密码
1.
Fast algorithms for multi-exponentiation in public key cryptography;
公钥密码中指数运算乘积的快速实现算法
2.
Based on the requirement analysis of public key cryptographic algorithm acceleration,a scalable architecture of public key cryptography coprocessor is presented in this paper.
在信息安全领域中,公钥密码算法具有广泛的应用。
3.
By using Shor, Boneh and Lipton s quantum algorithms, quantum computers can solve big integer factorization problems, discrete logarithm problems and discrete logarithm problems on elliptic curves, but public key cryptography systems based on these problems will become insecure in the age of quantum computers.
利用Shor,Boneh和Lipton等的量子算法不仅可以在多项式时间内分解大整数,还可以有效解决离散对数和椭圆曲线上的离散对数问题,传统的基于这三类难解问题的公钥密码系统在量子计算机时代将变得不再安全。
补充资料：赠隐公（一作赠隐上人）
【诗文】：
世间无近远，定里遍曾过。东海经长在，南朝寺最多。
暮年聊化俗，初地即摧魔。今日忘尘虑，看心义若何。
【注释】：
【出处】：
全唐诗：卷268_72
世间无近远，定里遍曾过。东海经长在，南朝寺最多。
暮年聊化俗，初地即摧魔。今日忘尘虑，看心义若何。
【注释】：
【出处】：
全唐诗：卷268_72
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条