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Wireless Secured Data Transmission using Cryptographic Techniques through FPGA

机译:通过FPGA使用加密技术进行无线安全数据传输

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The need to protect the data disturbances and unauthorized access in communication has led to development of several cryptographic algorithms. Current issue in modern world as popularity of internet, e-commerce and communication technologies has emerging and they became the medium to security threats. Due to advancement in cryptographic techniques the DNA technique is a new crypto algorithm to encrypt and decrypt data. It consists of two stage encryption based on DNA sequence enhances the data security compared to conventional methods. In encryption process the former stage will encrypt the data (plain text) with a random key generated by random DNA sequence generator. Latter and final stage the encrypted data is re-encrypted with DNA translation to generate cipher. The cryptographic techniques (symmetric algorithm) is designed and simulated using Xilinx ISE and targeted on Spartan-3E FPGA interfaced with ZigBee for wireless communication.
机译:保护通信中的数据干扰和未授权访问的需求导致了几种密码算法的发展。随着互联网,电子商务和通信技术的普及,现代问题在当今世界中崭露头角,它们已成为安全威胁的媒介。由于密码技术的进步,DNA技术是一种用于加密和解密数据的新密​​码算法。与传统方法相比,它由基于DNA序列的两阶段加密组成,可增强数据安全性。在加密过程中,前一阶段将使用由随机DNA序列生成器生成的随机密钥对数据(纯文本)进行加密。在最后阶段,加密的数据将通过DNA翻译重新加密以生成密码。使用Xilinx ISE设计和仿真密码技术(对称算法),并针对与ZigBee接口的Spartan-3E FPGA进行无线通信。

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