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Implementation of (AES) Advanced Encryption Standard algorithm in communication application

机译:通信应用中(AES)高级加密标准算法的实现

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摘要

Internet communication has become more common in this modern world recently, and one of the important algorithms used is ABS algorithm. However, most ofudthe users have inadequate knowledge and understanding regard to this algorithm implementation in the communication field, as well as the level of security and accuracy will be questioned by the users because of the necessary to maintain the confidentiality of particular data transferred. The aim of the thesis is to provide an overview of the ABS encryptiOn algorithm, to develop a prototype that is implemented for communication purpose, and to test the developed prototype in terms of accuracy purpose. The concept of ABS algorithm was firstly studied, including the definition, historical background, and a brief comparison was made between the ABS algorithm with other types of algorithm. Here, the reason of choosing ABS algorithm as the studied was also being explained. A prototype was consequently developed by referring to different sources, with the creation of Graphic Users Interface (GUI) by Java Swing. Fifteen files were then chosen to be the testing materials to examine the level of accuracy and security of the specific developed prototype. The obtained results show the developed prototype was able to encrypt and decrypt the file correctly without making any errors. On the basis of the results of this research, it can be concluded that the developed prototype had high accuracy and security when transferring the file between the sender and receiver that was implemented in client-server application. This research hopes to give a clear idea to the readers about ABS algorithm. Further research about this topic is recommended to increase the efficiency of ABS algorithm implemented in communication field, so that more different types of field can be encrypted anduddecrypted instead of plaintext.
机译:互联网通信最近在这个现代世界中变得越来越普遍,并且使用的重要算法之一是ABS算法。但是,大多数用户对这种算法在通信领域的实现没有足够的了解和理解,并且由于必须维护所传输的特定数据的机密性,因此用户会质疑其安全性和准确性。本文的目的是概述ABS加密算法,开发用于通信目的的原型,并从准确性的角度测试开发的原型。首先研究了ABS算法的概念,包括定义,历史背景,并对ABS算法与其他算法进行了简要比较。在此,还说明了选择ABS算法作为研究对象的原因。因此,通过引用不同的资源来开发原型,并使用Java Swing创建了图形用户界面(GUI)。然后选择15个文件作为测试材料,以检查特定已开发原型的准确性和安全性水平。获得的结果表明,开发的原型能够正确加密和解​​密文件,而不会发生任何错误。根据这项研究的结果,可以得出结论,当在客户端-服务器应用程序中实现的发送方和接收方之间传输文件时,所开发的原型具有较高的准确性和安全性。这项研究希望为读者提供一个关于ABS算法的清晰思路。建议对该主题进行进一步研究,以提高在通信领域中实现的ABS算法的效率,以便可以对更多不同类型的字段进行加密和/或解密,而不使用明文。

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    Moh Heng Huong;

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  • 年度 2014
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