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首页> 外文期刊>International Journal of Network Security & Its Applications >Methods Toward Enhancing RSA Algorithm : A Survey
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Methods Toward Enhancing RSA Algorithm : A Survey

机译:增强RSA算法的方法研究。

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Cryptography defines different methods and technologies used in ensuring communication between two parties over any communication medium is secure, especially in presence of a third part. This is achieved through the use of several methods, such as encryption, decryption, signing, generating of pseudo-random numbers, among many others. Cryptography uses a key, or some sort of a password to either encrypt or decrypt a message that needs to be kept secret. This is made possible using two classes of key-based encryption and decryption algorithms, namely symmetric and asymmetric algorithms. The best known and the most widely used public key system is RSA. This algorithm comprises of three phases, which are the key generation phase, encryption phase, and the decryption phase. Owing to the advancement in computing technology, RSA is prone to some security risks, which makes it less secure. The following paper preview different proposals on different methods used to enhance the RSA algorithm and increase its security. Some of these enhancements include combining the RSA algorithm with Diffie-Hellman or ElGamal algorithm, modification of RSA to include three or four prime numbers, offline storage of generated keys, a secured algorithm for RSA where the message can be encrypted using dual encryption keys, etc.
机译:密码术定义了不同的方法和技术,用于确保任何一方在任何通信介质上的通信都是安全的,尤其是在存在第三方的情况下。这可以通过使用多种方法来实现,例如加密,解密,签名,生成伪随机数等。密码术使用密钥或某种密码来加密或解密需要保密的消息。使用两类基于密钥的加密和解密算法,即对称算法和非对称算法,可以实现这一点。 RSA是最知名和使用最广泛的公钥系统。该算法包括三个阶段,分别是密钥生成阶段,加密阶段和解密阶段。由于计算技术的进步,RSA容易遭受一些安全风险,从而使其安全性降低。下面的论文对用于增强RSA算法并提高其安全性的不同方法进行了不同的建议。其中的一些增强功能包括将RSA算法与Diffie-Hellman或ElGamal算法相结合,对RSA进行修改以使其包含三个或四个素数,对生成的密钥进行脱机存储,针对RSA的安全算法,其中可以使用双加密密钥对消息进行加密,等等

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