ACAFP:基于非对称密钥的加密算法,使用四个素数来保护消息通信。RSA算法综述

P. Chaudhury, Susmita Dhang, M. Roy, Saurav Deb, Jyotirmoy Saha, Aditya Mallik, S. Bal, Saraswata Roy, Mrinal Kanti Sarkar, Sanjay Kumar, Rupayan Das
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引用次数: 19

摘要

RSA算法用于在不安全的网络环境中隐藏和检索数据。RSA算法的优点是提高了安全性和可访问性。私钥不需要向所有人传输或公开。在共享密钥加密系统中,密钥必须是共享的,因为加密和解密使用的是完全相同的密钥。因此,在数据传输过程中,入侵者可能有机会找到密钥。RSA算法存在很多局限性。RSA算法中可能发生各种类型的攻击,如前向搜索攻击、公模攻击等。使用RSA加密的另一个缺点是分解问题和计算速度。本文采用一种改进的RSA密码系统算法——“基于非对称密钥的四素数安全消息通信加密算法(ACAFP)”来处理四素数并提供安全性。四个素数不易分解,提高了整个网络的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ACAFP: Asymmetric key based cryptographic algorithm using four prime numbers to secure message communication. A review on RSA algorithm
RSA algorithm is used to hide and retrieve the data in an insecure network environment. The advantage of RSA algorithm is to increase security and accessibility. The private keys never required to be transferred or exposed to everybody. In a shared-key cryptographic system, the secret keys must be shared since exactly the same key is used for encryption and decryption. So there may be a chance that an intruder can find the secret key during the data transmission. There are so many limitations present in RSA algorithm. Various types of attack may be happen in RSA algorithm, like forward search attack, common modulus attack etc. Another disadvantage of using RSA cryptography for encryption is factorization problem and computation speed. In this paper we use a modified RSA cryptosystem algorithm called “Asymmetric key based Cryptographic Algorithm using Four Prime numbers to secure message communication (ACAFP)” to handle four prime numbers and provide security. Four prime numbers are not easily disintegrated and increased the effectiveness throughout the networks.
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