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E-Mail Message Encryption Using Advanced Encryption Standard (AES) and Huffman Compression Engineering

机译:使用高级加密标准(AES)和霍夫曼压缩工程的电子邮件加密

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E-mail is a means of sending messages electronically based online. Many students, institutions or companies use e-mail as a formal communication tool. However, please note that sending e-mails is done through public channels, namely the internet, making it possible to tap, manipulate data and leak information. Like hacking and theft of millions of unique ID (address) E-mail and passwords that occurred in mid-January 2019 by the digital attackers. E-mail does not have security on the data sent. Implementation of encrypted messages in e-mails with cryptographic methods can be a solution for securing the data sent. In this study used the Advanced Encryption Standard (AES) and Huffman methods. The final result of this study is the occurrence of text messages using the AES and Huffman methods can be done up to 32.200 characters with an accuracy value of 90.62% and the difference in the performance time of encryption and decryption is 1% with the decryption process a little longer than the encryption process.
机译:电子邮件是一种通过电子方式在线发送消息的方法。许多学生,机构或公司都使用电子邮件作为正式的交流工具。但是,请注意,发送电子邮件是通过公共渠道(即Internet)完成的,从而可以窃听,操纵数据和泄漏信息。就像数字攻击者在2019年1月中旬黑客入侵和盗窃数百万个唯一ID(地址)电子邮件和密码一样。电子邮件在发送的数据上没有安全性。使用加密方法在电子邮件中实现加密的邮件可以是确保发送数据安全的解决方案。在这项研究中使用了高级加密标准(AES)和霍夫曼方法。这项研究的最终结果是,使用AES和Huffman方法可以产生多达32.200个字符的文本消息,准确度值为90.62%,并且在解密过程中,加密和解密的执行时间差为1%。比加密过程要长一点。

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