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ARUNKUMAR MANINATHAN

VIT University, School of Information Technology and Engineering, Graduate Student

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Ionian University

Armando Marques-Guedes

UNL - New University of Lisbon

Università degli Studi di Padova

Dublin Institute of Technology

Syracuse University

Roshan Chitrakar

Nepal College of Information Technology

Abhishek Vichare

University of Mumbai

Dr. Md Maruf Ahamed

Iowa State University

Praxis Business School

Mohammed Najm Abdullah Al Salam

University of Technology/Iraq

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Papers by ARUNKUMAR MANINATHAN

Novel Secure Technique Using Visual Cryptography and Advance Aes for Images

The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption me... more The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption methods simultaneously for color images. The Secrete image is transmitted by secrete sharing using visual cryptography technique and the shares are encrypted using secret key and thus provides double layer protection for a digital Image. Experimental results show that the proposed system is resilient to attacks and constantly protects the ownership rights. The Rudin-Osher-Fatemi de-noising algorithm is used to reduce the noise and produce less distortion image. The main goal is to protect the image from unauthorized use and to provide authentication for digital information continuous basis with less distortion.

NOVEL SECURE TECHNIQUE USING VISUAL CRYPTOGRAPHY AND ADVANCED AES FOR IMAGES.

The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption me... more The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption methods simultaneously for color images. The Secrete image is transmitted by secrete sharing using visual cryptography technique and the shares are encrypted using secret key and thus provides double layer protection for a digital Image. Experimental results show that the proposed system is resilient to attacks and constantly protects the ownership rights. The Rudin-Osher-Fatemi de-noising algorithm is used to reduce the noise and produce less distortion image. The main goal is to protect the image from unauthorized use and to provide authentication for digital information continuous basis with less distortion.

Novel Secure Technique Using Visual Cryptography and Advance Aes for Images

The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption me... more The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption methods simultaneously for color images. The Secrete image is transmitted by secrete sharing using visual cryptography technique and the shares are encrypted using secret key and thus provides double layer protection for a digital Image. Experimental results show that the proposed system is resilient to attacks and constantly protects the ownership rights. The Rudin-Osher-Fatemi de-noising algorithm is used to reduce the noise and produce less distortion image. The main goal is to protect the image from unauthorized use and to provide authentication for digital information continuous basis with less distortion.

NOVEL SECURE TECHNIQUE USING VISUAL CRYPTOGRAPHY AND ADVANCED AES FOR IMAGES.

The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption me... more The novel technique is proposed, that uses both Visual Cryptography and Advance AES Encryption methods simultaneously for color images. The Secrete image is transmitted by secrete sharing using visual cryptography technique and the shares are encrypted using secret key and thus provides double layer protection for a digital Image. Experimental results show that the proposed system is resilient to attacks and constantly protects the ownership rights. The Rudin-Osher-Fatemi de-noising algorithm is used to reduce the noise and produce less distortion image. The main goal is to protect the image from unauthorized use and to provide authentication for digital information continuous basis with less distortion.