轻量级密码算法在FPGA中的实现

Kiran Kumar.V.G, Asmita Poojary, C. S. Rai, H. Nagesh
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引用次数: 4

摘要

随着技术的进步,安全系统保护数据的需求变得至关重要。从台式电脑、服务器和笔记本电脑等高端设备向小型受限设备的转变带来了广泛的新安全挑战。这类设备主要关注的是关键数据的存储、访问和传输。轻量级密码学是密码学的一个分支,用于开发加密算法并在资源受限的设备中实现,如智能卡、RFID标签、无线传感器、物联网(IoT)等。本文提出了在FPGA上实现64位明文输入加密算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of lightweight cryptographic algorithms in FPGA
With the advancements in technology the needs of security systems to protect data are becoming crucial. The shift from high end devices such as desktop computers, servers and laptops to small constrained devices brings a wide range of new security challenges. The major concern of such devices is the storage, access and transmission of critical data. Lightweight cryptography refers to the branch of cryptography for developing cryptographic algorithms and its implementation in resource constrained devices like smart cards, RFID tags ,wireless sensors, Internet of Things(IoT) etc. In this paper the implementation of 64 bit plaintext input cryptographic algorithms in FPGA has been proposed.
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