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Performance Comparison of Advanced Encryption Standard (AES) and AES Key Dependent S-Box - Simulation Using MATLAB

机译:高级加密标准(AES)和AES关键依赖性S盒的性能比较 - MATLAB模拟

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The growing popularity of mobile and hand held devices ignited the growth of wireless networks over the past years. Wireless data communications have transformed not only the business world but also the human society by improving efficiency, flexibility, convenience, and above all productivity. Wireless Local Area Networks (WLAN) typically emulate the wired networks traditional hub-spoke configuration. The best known and most widely used variation of the 802.11 WLAN standard is 802.11b. Encryption in 802.11b is provided by Wired Equivalent Privacy (WEP), which has many weaknesses and flaws. Therefore the IEEE ratified 802.11i WLAN security standard in June 2004. The new cryptography was based on the Advanced Encryption Standard (AES) algorithm. The Substitution box (S-box) in AES brings non linearity to cryptosystem and strengthens their cryptographic security. In this paper RC4 stream cipher is used to generate S-box for AES. The generated S-boxes are more dynamic and key dependent which will increase the complexity and make the differential and linear cryptanalysis more difficult.
机译:移动和手持设备的越来越受欢迎程度在过去几年中点燃了无线网络的增长。无线数据通信不仅通过提高效率,灵活性,方便,以及高于所有生产力而转化了业务世界,也转化了人类社会。无线局域网(WLAN)通常模拟有线网络传统的集线器辐射配置。 802.11 WLAN标准的最知名和最广泛使用的变化是802.11b。 802.11b中的加密由有线等效的隐私(WEP)提供,具有许多弱点和缺陷。因此,IEEE于2004年6月批准了802.11i WLAN安全标准。新密码基于先进的加密标准(AES)算法。 AES中的替换盒(S-Box)为密码系统带来了非线性,并加强了他们的密码安全性。在本文中,RC4流密码用于为AES生成S盒。所生成的S箱是更具动态和钥匙依赖,这将增加复杂性并使差异和线性密码分析更加困难。

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