PAPER ID:IJIM/V.II(IV)/1-9/1

AUTHOR: Kanchan and Saranjeet Singh

TITLE: SECURING QR CODES WITH CHAOTIC ENCRYPTION SCHEME

ABSTRACT: QR Code (abbreviated from Quick Response Code) is the trademark for a kind of matrix barcode (or two-dimensional code) first designed for the car industry. More currently, the device has grow to be popular outdoor the enterprise because of its speedy clarity and huge storage capacity in comparison to conventional UPC barcodes. The code includes black modules (rectangular dots) organized in a rectangular pattern on a white heritage. The statistics encoded may be made of 4 standardized sorts (“modes”) of statistics (numeric, alphanumeric, byte/binary, Kanji), or through supported extensions, truely any sort of records. With the rapid growth of the requirement of QR Code transmission on Internet, protection of virtual facts towards unlawful usage becomes increasingly crucial. This paper proposed a chaotic scheme for securing QR Codes, as cumbersome facts ability and excessive correlation amongst pixels in QR Code files, conventional strategies are not suitable for QR Code encryption. Compared with conventional methods (together with AES and DES), chaos-based QR Code encryption schemes have shown advanced performance.

KEYWORDS:

Security, QR Codes, Chaotic Encryption

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