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Network Security Encryption Techniques for Reliablility Data Transmission on Password System

机译:密码系统中可靠数据传输的网络安全加密技术

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摘要

The desire to transmit messages securely is not new. For centuries, community kept communication in secret. Nowadays, with the latest technology particularly the internet, vast amount of data transmit sensitive information but able to intercept easily if it is not encrypted before sending to the intended recipient. Encryption and decryption algorithm for secure communication depends on the algorithm while the internal structures of the robustness of the mathematics computation depend on the key it uses. A ciphertext can be transmitted openly across a communications channel. Because of its encrypted nature, eavesdroppers who may have access to the ciphertext will ideally be unable to uncover the message meaning. Only the intended recipient can decrypt the message to recover the plaintext for interpretation. An improved RSA algorithm using dynamic key from the private key from the receiver is proposed by dictating which key length to act according to bit length of an acceptable level key length for encryption and different lengths for complex algorithm, which increases the computing speed and increase the degree of security
机译:安全地传输消息的愿望并不新鲜。几个世纪以来,社区一直在秘密通信。如今,借助最新技术(尤其是互联网),大量数据可以传输敏感信息,但是如果在发送给目标收件人之前未进行加密,则可以轻松拦截。用于安全通信的加密和解密算法取决于该算法,而数学计算的鲁棒性的内部结构取决于其使用的密钥。密文可以跨通信信道公开传输。由于其加密的性质,可能可以访问密文的窃听者在理想情况下将无法发现消息的含义。只有目标收件人才能解密邮件以恢复纯文本以进行解释。提出了一种改进的RSA算法,该算法使用了来自接收者私钥的动态密钥,该算法通过根据可接受级别的密钥长度(用于加密)和不同长度的复杂算法(取决于复杂算法)的比特长度来决定哪个密钥长度起作用,从而提高了计算速度并提高了算法效率。安全程度

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