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文件包括RSA算法原程序及详细注释。可以实现使用1024位以上大素数进行加解密。其中包括大整数的加、减、乘、除、模幂运算,求逆元运算,以及大素数的判定等算法。稍做扩展即可在实际中应用。-Documents include the RSA algorithm for the original procedures and detailed notes. Can be achieved using more than 1024 large prime numbers for encryption and decryption. Including large integer add, subtract, multiply, divide, modular exponentiation computation, and inverse calculations, as well as the large prime numbers, such as algorithms to determine. Can be extended slightly in the actual application.
Date : 2025-12-28 Size : 110kb User : wp

实现大数的加、减、乘、取模运算,而且运算效率较高-Realize large numbers of add, subtract, multiply, modulus operator and more efficient computing
Date : 2025-12-28 Size : 10kb User : zhang

DL : 0
RSA公钥加密算法(基于大整数的分解难实现的,包括大整数的加、减、乘、除,加密,解密等)-RSA public key encryption algorithm (based on the decomposition of large integers difficult to realize, including the large integer add, subtract, multiply, divide, encryption, decryption, etc.)
Date : 2025-12-28 Size : 4kb User : xu

文件包括rsa算法原程序及详细注释。可以实现使用1024位以上大素数进行加解密。其中包括大整数的加、减、乘、除、模幂运算,求逆元运算,以及大素数的判定等算法。稍做扩展即可在实际中应用。-Rsa algorithm for the original documents, including procedures and detailed notes. 1024 can be achieved over the use of large prime numbers for encryption and decryption. This includes integer add, subtract, multiply, divide, modulus computing power, and inverse operations, as well as the large prime numbers, such as algorithms to determine. Slightly extended to the application in practice.
Date : 2025-12-28 Size : 149kb User : 易天行

RSA公钥加密算法是1977年由Ron Rivest、Adi Shamirh和LenAdleman在(美国麻省理工学院)开发的。RSA取名来自开发他们三者的名字。RSA是目前最有影响力的公钥加密算法,它能够抵抗到目前为止已知的所有密码攻击,已被ISO推荐为公钥数据加密标准。RSA算法基于一个十分简单的数论事实:将两个大素数相乘十分容易,但那时想要对其乘积进行因式分解却极其困难,因此可以将乘积公开作为加密密钥。 -Public key encryption algorithm RSA in 1977 by Ron Rivest, Adi Shamirh and LenAdleman in (MIT) development. RSA name from the development of their three names. RSA is the most influential public-key encryption algorithm, it can resist all known password attack so far, has been recommended for ISO public key data encryption standard. RSA algorithm is based on a number of very simple fact: to multiply two large prime numbers is very easy, but then you want their product is extremely difficult to factorization, it can be the product of the public as the encryption key.
Date : 2025-12-28 Size : 8kb User : YCLIU

DL : 0
针对DTCP内容保护协议,本文通过分析协议使用的密码算法,提出安全散列函数SHA一1、SHA一256,AES高级加密算法,素数域椭圆曲线点乘算法的硬件实现方法,有效地满足了DTCP内容保护协议对设备验证、传输数据加密的需求。-Aimed at DTCP content protection agreement, the paper analyzes agreement using cryptographic algorithms, puts forward secure hash function SHA one 1, SHA a 256, AES encryption algorithm, prime fields senior elliptic curve point multiply algorithm, the hardware realization method effectively meet the DTCP content protection of equipment, validation, transmission protocol data encryption demand.
Date : 2025-12-28 Size : 4.27mb User : 孙丽娟

DL : 0
RSA公钥加密算法是1977年由Ron Rivest、Adi Shamirh和LenAdleman在(美国麻省理工学院)开发的。RSA取名来自开发他们三者的名字。RSA是目前最有影响力的公钥加密算法,它能够抵抗到目前为止已知的所有密码攻击,已被ISO推荐为公钥数据加密标准。RSA算法基于一个十分简单的数论事实:将两个大素数相乘十分容易,但那时想要对其乘积进行因式分解却极其困难,因此可以将乘积公开作为加密密钥。-The RSA public key encryption algorithm in 1977 by Ron Rivest, Adi Shamirh and LenAdleman (Massachusetts Institute of Technology) developed. RSA name from the development of their three names. RSA is the most influential public key encryption algorithm, it can resist all password attack known so far, has been recommended by the ISO Public Key Data Encryption Standard. The RSA algorithm is based on a very simple number theory fact: multiply two large prime numbers is very easy, but when you want to its product factorization is extremely difficult, so it can be the product of public as an encryption key.
Date : 2025-12-28 Size : 916kb User : 马菲

DL : 1
rsa 加密算法 能同时用于加密和数字签名 -rsa algorithm java will multiply two large prime numbers is very easy, but when you want to its product factorization is extremely difficult, so it can be the product of public as an encryption key.
Date : 2025-12-28 Size : 2kb User : 黎茶醒

RSA公钥加密算法的大数相乘C代码,可进行任意位数的两个数相乘。-RSA public key encryption algorithm for multiplication of large numbers of C code, multiply two numbers can be arbitrary digit.
Date : 2025-12-28 Size : 1kb User :
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