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FPGA implementation of image steganography using Haar DWT and modified LSB techniques

机译:使用Haar DWT和改进的LSB技术的图像隐写术的FPGA实现

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摘要

Security places an important role in communication applications for secure data transfers. Image Steganography is one of the most reliable technique in encryption and decryption of an image (hidden) inside other image (cover) such way that only cover image is visible. In this paper frequency domain Image Steganography using DWT and Modified LSB technique is proposed. The proposed approach uses DWT to convert spatial domain information to frequency domain information. The LL band is used for further Image Steganographic process. The image is decoded using inverse LSB. Since the LL band is used for encoding and decoding purpose, memory requirement of the design is less for hardware implementation. Also this will increase the operating frequency of the architecture. The proposed technique obtains high PSNR for both stegano and recovered hidden image.
机译:安全性在通信应用程序中对于安全数据传输起着重要作用。图像隐写术是对其他图像(封面)中的图像(隐藏)进行加密和解密的最可靠的技术之一,这样就只能看到封面图像。本文提出了一种基于DWT和改进LSB技术的频域图像隐写技术。所提出的方法使用DWT将空间域信息转换为频域信息。 LL波段用于进一步的图像隐写处理。使用反LSB解码图像。由于LL频带用于编码和解码目的,因此对于硬件实现而言,设计的存储需求较少。同样,这将增加架构的工作频率。所提出的技术对于隐秘图像和恢复的隐藏图像均获得了较高的PSNR。

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