这种体制是一类MC公钥密码体制的改进。
The obtained cryptosystem modifies the class of MC public key cryptosystems.
在公钥密码运算中，存在较多的取模操作。
Public key cryptographic arithmetic consists of many modular reduction operations.
比较了ECC与经典公钥密码体系间的优劣；
The ECC and classical public key cryptogram system are compared.
该方案是数字签名与公钥密码体制的有机集成。
The scheme perfectly integrates digital signature scheme with public key cryptography system.
该方案是数字签名与公钥密码体制的有机集成。
The scheme perfectly integrates digital signature scheme with public key cryptosystem.
公钥密码体制是实现信息安全保密的关键技术。
Public key Cryptosystems is key technology of realizing information security.
RSA公钥密码系统就是基于这种因数分解特性的。
RSA public-key cryptography is based on this property of factorization.
公钥密码系统是现代密码学最重要的研究课题之一。
Public key cryptosystem is one of the most important research subject in modern cryptography.
椭圆曲线密码是目前最具潜力的一类公钥密码系统。
Elliptic curve cryptosystems are one kind of the most promising public key cryptosystems.
公钥密码实现中，模逆算法经常是算法实现的瓶颈。
Usually modular inverse operation becomes bottlenecked in realizing the public key cryptosystem.
RSA公钥密码体制是一种被广泛使用的公钥密码体制。
The RSA public-key cryptosystem is one of the widely used public-key cryptosystems.
椭圆曲线公钥密码体制（ECC）具有最高的位安全强度。
The Elliptic Curve Cryptosystem (ECC) provides the highest strength-per-bit for security.
在公钥密码体制中，模运算是直接影响其它运算的关键运算。
Modular operation is a key one that affects other operations directly in the public key cryptosystem.
辫子群上公钥密码系统的安全性不能仅仅依靠共轭问题的难解性。
The security of a braid public key cryptosystem can't depend only on the hardness of conjugacy problems.
椭圆曲线密码体制(ECC)是一种基于代数曲线的公钥密码体制。
Elliptic curve cryptosystem (ECC) is a kind of public-key cryptosystem based on algebraic curve.
公钥密码算法RS A主要是依赖于大数的因数分解的困难性建立的。
Public key RSA mainly depends on the establishment of the factorization difficulty of a big integer.
该公钥密码体制具有较高的背包密度，因此可以抵抗低密度子集和攻击。
The cryptosystem obtains a high knapsack density, and hence it is secure against low density subset-sum attack.
有限域上的模逆运算是许多公钥密码系统使用的算法中的核心域运算之一。
Modular inversion is a part of the kernel for computations in the Galois field GF (p) used by many public key cryptosystems.
RSA算法是基于数论的公钥密码体制，是公钥密码体制中最优秀的加密算法。
The RSA algorithm based on the numeric theory is the best encryption algorithm in public key cryptosystems.
现在广泛使用的RSA公钥密码系统已很难满足未来人们对信息高安全性的需求。
RSA cryptosystem, a public-key cryptosystem that being used widely today, seems to have difficulty to meet the user's need of higher security.
密码协处理器的面积过大和速度较慢制约了公钥密码体制RSA在智能卡中的应用。
The area and speed of cryptography coprocessor impede the application of public-key cryptography RSA for smart card.
我知道所有的公钥密码体制的使用1 - 1关键的关系。所以它不可能与标准算法。
All Public key cryptosystems I know of USES a 1-1 key relationship. So it's not possible with the standard algorithms available.
RSA公钥密码算法的基础是欧拉定理，它的安全性依赖于大素数因式分解的困难性。
RSA Public Cryptogram algorithm is based on Theorem of Euler, whose security depends on the difficulty about the factor decomposed of great number.
在此基础上我们构造出快速高效的公钥密码算法，并对该算法进行了安全性和效率分析。
And from which the fast and efficient public-key cryptosystems are constructed, and their security and efficiency are analysed.
根据加密密钥和解密密钥在性质上的差异，可以将密码体制分为对称密码和公钥密码两大类。
In terms of the difference between encryption key and decryption key, it can divide into symmetry cryptogram and public key cryptogram.
RSA是经典的公钥密码体制，是密码学中非常重要的一部分内容，是教学的重点和难点。
RSA, as a classical public key cryptosystem and a very important part of the cryptography, is the keystone and difficulty of the cryptography teaching.
在认证机制中引入公钥密码体制，提出了一个基于公钥密码体制的3g认证与密钥分配协议。
By introducing public key cryptosystem to the authentication mechanism, the author proposed a 3g authentications and key agreement protocol based on public key cryptosystem.
在公钥密码系统中加密和解密算法是公开的，因此私钥存储管理成了公钥系统安全中薄弱的环节。
As the encryption algorithm and decryption algorithm are open to everyone, so the private key storage management becomes an insecure part in public key system.
数字签名不同于传统的手写签名方式，它是基于公钥密码体制，依据一定的密码算法构造而成的。
The digital signature is different from traditional signature, it is based on public key cryptosystems and is constructed by cryptogram arithmetic.
数字签名不同于传统的手写签名方式，它是基于公钥密码体制，依据一定的密码算法构造而成的。
The digital signature is different from traditional signature, it is based on public key cryptosystems and is constructed by cryptogram arithmetic.
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