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A Performance Comparison of the PRESENT Lightweight Cryptography Algorithm on Different Hardware Platforms

机译:不同硬件平台上当前轻量级密码算法的性能比较

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For decades the security of information during its transportation from one location to another has been held with great importance. The technology of cryptography has been used for applications such as banking, transport of classified information and even to transfer detailed instructions to the front lines of the battlefield in times of war. As technology moves forward and semiconductor devices miniaturise in accordance with Moores law electronic devices are becoming faster, smaller and cheaper. These devices are constantly increasing in what they are capable of doing. Small scale devices such are RFID tag and contact-less credit cards require the information stored on the device be kept secure. The technology of lightweight cryptography has been utilised in these devices to provide a fast lightweight solution to keeping information secure. This paper looks at the PRESENT cipher, which is a lightweight block cipher designed to be easily implemented in hardware. This paper looks at the different implementations of the PRESENT algorithm in both hardware and software, and compare its performance on different platforms.
机译:几十年来,从一个地点到另一个地点的交通运输期间的信息安全得到了重视。密码学技术已被用于银行,分类信息的运输等应用程序,甚至在战争时期将详细指示转移到战场的前线。随着技术向前移动和半导体器件按照Moores Law Electric设备越来越快地变得更快,更小,更便宜。这些设备在他们能够做的事情中不断增加。小型设备如RFID标签和较少的信用卡需要存储在设备上的信息保持安全。这些设备中的轻量级密码技术技术已用于提供快速轻量级解决方案,以保持信息安全。本文介绍当前密码,它是一个轻型块密码,设计用于在硬件中轻松实现。本文介绍了硬件和软件中当前算法的不同实现,并在不同平台上比较其性能。

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