Abstract: This technique is proposed for compression and encryption. Here an image is first compressed using SPIHT compression algorithm combined with Huffman coding and then the compressed image is encrypted using stream cipher. This technique is mainly used for highly efficient encryption and good compression. The Stream cipher method is chosen for their high encryption rate and they are mainly of bit-by-bit encryption. They don’t simply mean encryption but provides authenticity and integrity. Then for compression we prefer SPIHT for their unique factors such as larger bit depth, progress from lossy to lossless compression, unrestricted dimensions in image, etc. In this paper Code was simulated using Xilinx and proposed architecture is implemented using FPGA. This paper focuses mainly on highly secure encryption and high compression rate using SPIHT method in Larger Images.
Keyword: Huffman coding, SPIHT, EZW, Stream cipher, symmetric key encryption.
Title: VLSI Implementation of Image Compression And Encryption Using SPIHT And Stream Cipher Method
Author: Miss Sampada Dange, Mrs Sumedha Borde
International Journal of Computer Science and Information Technology Research
ISSN 2348-120X (online), ISSN 2348-1196 (print)
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