Call For Paper Volume:4 Issue:8 Aug'2017 |

A Novel VLSI Architecture For Enhanced Security Of Data Using 3DES

Publication Date : 29/06/2015

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Volume/Issue :
Volume 2
Issue 6
(06 - 2015)

Abstract :

With the fast change in technologies today, more and more multimedia data are generated and transmitted, leaving our data vulnerable to be edited, modified and duplicated. The classical way of transmitting redundant data over a bandwidth constrained insecure channel is to first compress it and then encrypt. The novelty in this paper is reversing the order of compression and encryption, without compromising either the encryption efficiency or the information secrecy. Here, a combined encryption and compression scheme is used, in which triple data encryption standard (3DES) with block ciphering will be used to achieve an enhanced security while making it suitable for compression using Run Length Encoding (RLE). By compressing the encrypted data, we can send more data through the channel, whereby we can achieve efficient channel utilization without compromising on the security of the encryption scheme. For combating bit errors, an improved Hamming code with selective bit placement algorithm will be used, which can efficiently detect and correct errors. The overall system can achieve improved detection accuracy, better channel utilization and provide extremely secure and authentic communication. The entire system is functionally simulated and verified using Xilinx ISE Design Suite 14.5 and Modelsim SE 6.5b.

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A Novel VLSI Architecture For Enhanced Security Of Data Using 3DES

June 28, 2015