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Design and Hardware Implementation of FPGA Chaotic Encryption-based Wireless Transmission System

机译:基于FPGA和基于混沌加密的无线传输系统的设计与硬件实现

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This paper proposes a new scheme design and hardware implementation of wireless transmission system based on FPGA and chaotic encryption with A5/1 algorithm. This design uses FPGA chip as the encryption core, in which Logistic system generates the initial key and encrypts the plaintext combined with A5/1 algorithm, then it uses SIM300 module to realize wireless transmission. Develop two test boards to get hardware implementation of this design scheme, which can simulate wireless transmission of text messages and transfer data to the third one to verify its security of encrypted information. In this paper, it mainly introduces the overall design and the hardware encryption scheme of this FPGA & chaotic encryption-based wireless transmission system, and finally it shows hardware test boards and part of the test results which can confirm the feasibility of this design scheme.
机译:本文提出了一种基于FPGA和A5 / 1算法的混沌加密的无线传输系统的新方案设计和硬件实现。本设计以FPGA芯片为加密核心,Logistic系统结合A5 / 1算法生成初始密钥并对明文进行加密,再以SIM300模块实现无线传输。开发两个测试板以获得该设计方案的硬件实现,该设计方案可以模拟文本消息的无线传输并将数据传输到第三个,以验证其加密信息的安全性。本文主要介绍了该FPGA和基于混沌加密的无线传输系统的总体设计和硬件加密方案,最后给出了硬件测试板和部分测试结果,可以证实该设计方案的可行性。

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