An enhanced RC5 (ERC5) algorithm based on simple random number key expansion technique

Excel B. Villanueva, Ruji P. Medina, B. Gerardo
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引用次数: 8

Abstract

RC5 algorithm is lighweight in nature because it has low memory and low power requirement which makes it suitable to be implemented in devices with limited power and memory supply. However, it suffers from slow encryption speed compared to other encryption algorithms. The main purpose of this paper is to enhance this algorithm to increase its encryption speed through a simple yet fast random number addition-then-append key expansion technique. The enhancement includes the generation of random number to be added to the generated key which will be repeated for two rounds and later to be appended, to produce a key material. Additional blocks and bitwise operations are also included in the enhancement. Results show that the enhanced RC5 (ERC5) algorithm positively outperforms the traditional RC5 algorithm and successfully increased its encryption speed.
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基于简单随机数键展开技术的增强RC5 (ERC5)算法
RC5算法本质上是轻量级的,因为它具有低内存和低功耗要求,适合在功率和内存供应有限的设备中实现。但是,与其他加密算法相比,它的加密速度较慢。本文的主要目的是通过一种简单快速的随机数加后加密钥展开技术对该算法进行改进,提高其加密速度。增强包括生成随机数,该随机数将被添加到生成的密钥中,该密钥将重复两轮,随后将被追加,以产生密钥材料。额外的块和按位操作也包括在增强中。结果表明,增强的RC5 (ERC5)算法明显优于传统的RC5算法,并成功提高了其加密速度。
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