A Secured Text Encryption with Near Field Communication (NFC) using Huffman Compression

Adeniji Oluwashola David, Akinola Olaniyan Eliais
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引用次数: 3

Abstract

There are a lot of Challenges raised over the security of information written to the Mifare classic 1k a Radio Frequency Identification card due to the vulnerability status of this card. The card’s information can be traced to another card or an electronic device. These issues allow for unauthorized access to the data on the Mifare classic 1k‐enabled device data which are transmitted between the device and reader. The information produced by a Mifare classic 1k enabled credential system for a stated status is also a concern. The focus of the study is to develop an algorithm to secure information written to the Near Field Communication tag. The performance of the system shows that when n=50, with elapse time of 1.2ms the unique character was 64, likewise at optimal when n=200, the elapse time was 1ms with the unique character of 62. This result shows a decline of the symbol-by-symbol restriction with elapses time which can secure the information of the unique character.
基于哈夫曼压缩的近场通信安全文本加密
由于Mifare classic 1k - a射频识别卡的脆弱性,对写入该卡的信息安全性提出了很多挑战。该卡的信息可以追踪到另一张卡或电子设备上。这些问题允许未经授权访问Mifare经典1k启用设备上的数据,这些数据在设备和阅读器之间传输。启用Mifare classic 1k的凭据系统为声明的状态生成的信息也是一个问题。研究的重点是开发一种算法来保护写入近场通信标签的信息。系统性能表明,当n=50时,运行时间为1.2ms,唯一字符数为64;当n=200时,运行时间为1ms,唯一字符数为62。结果表明,随着时间的推移,符号对符号的限制逐渐减小,可以保证唯一字符信息的安全。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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