A new efficient TKHC-based image sharing scheme over unsecured channel

Hodeish, Mahmoud E.; Bukauskas, Linas; Humbe, Vikas T.

doi:10.1016/j.jksuci.2019.08.004

Cited by 5 publications

(5 citation statements)

References 47 publications

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“…This analysis is applied to image to measure randomness in the image and is considered one of the important analysis to prove the security of the encryption. If the result of entropy is high, then this is an evidence of the safety of the encryption algorithm [16]. We notice from the table (5) that the proposed algorithm has a higher output, which makes the security of the encryption high and is mathematically represented as follows:…”

Section:  Information Entropy Analysismentioning

confidence: 99%

“…The output from the first encryption is entered as a new key for the second block of the text to be encrypted and so on, until we obtain the fully encrypted text. Finally, we can say that the proposed algorithm has a key space starting from 2 ^ 64 and ends at 2 ^ 448, this means that there is no opportunity for brute force attack or hackers to break the key of the proposed algorithm [16].…”

Section: Key Spacementioning

confidence: 99%

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Design and Analysis of a Microstrip Patch Antenna for TV White Space Data Applications

2021

IJATCSE

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In the present study, an algorithm for big data encryption has been designed which is concerned with encrypting data in a short time and in a safe manner and difficult to be penetrated by attackers and hackers according to the mechanism used for encryption in this study.The proposed algorithm is a development of an earlier NSCT algorithm. This development is based on adding a key expansion mechanism to generate keys by F-function, and also the number of cycles have been reduced to get less time. The proposed algorithm has been implemented in three stages; the first stage is implemented by FELICS simulation to find out the efficiency of the algorithm. In thesecond stage the proposed algorithm is implemented on the Java language to encrypt the text and to find out the execution time for the encryption. In the last step, the proposed algorithm is implemented on the MATLAB language to encrypt images and to knowthe performance of the algorithm in terms of countering attacks by hackers.After performing these steps and obtaining the results presented in this study, we can say that the proposed algorithm is capable of dealing with big data and that it can be considered safe and free from risks

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Section:  Information Entropy Analysismentioning

confidence: 99%

Section: Key Spacementioning

confidence: 99%

Design and Analysis of a Microstrip Patch Antenna for TV White Space Data Applications

2021

IJATCSE

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“…The basic idea behind Recursive threshold visual cryptography is recursive hiding of smaller secrets in shares of larger secrets with secret sizes doubling at every step, and thereby increasing the information, every bit of share conveys to (n-1)/n bit of secret which is nearly 100%again to maintain the good contrast and improve the security, Zhi Zhou, et.al. proposed halftone visual cryptography [4], [9].In halftone visual cryptography a secret binary pixel is encoded into an array of sub pixels, called as halftone cell, in each of the n shares. Mahmoud E. Hodeish et.al proposed an optimized half tone visual cryptography using error diffusion.…”

Section: Related Workmentioning

confidence: 99%

“…They works on binary and gray scale image and improves the pixel expansion, elements the code book requirement but they only works on binary half tone images [6]. Mahmoud E. Hodeish et.al proposed a new efficient TKHC-based image sharing scheme over unsecured channel they proposed the method of RGB and gray scale images encrypted and decrypted by means of TKHC and providing strong security to transmit all the generated shares via one public channel [9]. Chang-Chou Lin et.al.proposed visual cryptography for gray level images [10].…”

Section: Related Workmentioning

confidence: 99%

A Secure and Verifiable Color Visual Cryptography Scheme with LSB Based Image Steganography

2021

IJATCSE

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A secure and verifiable color visual cryptography has becoming an important field of study in recent development of visual cryptography. In recent era there is a need of security and verifiability of shares.This research paper introduce the new secure and verifiable color secrete sharing scheme which identifies and analyses cheating while presenting the share. Integrity and reliability of share is identified before superimposition of share to revel the original secrete image. Secrete and verification image of size n x n are used for creating two shares then created shares are embedded into two cover images using LSB (Least Significant Bit) based stenography to create the meaningful and stenographic shares. Color channel decomposition and Jarvis half toning method is applied on each color channel of RGB secrete and verification image for creation of shares. Method proposed eliminates the problem such as explicit requirement of codebook design, pixel expansion, and poor visual quality of reconstructed images. Structural Similarity(SS) and Mean Square Error(MSE) measures of original verification image with revealed verification image verifies the soundness and originality of the secrete. The method also compares the result with previously proposed method; experimental results and statistical analysis are used to prove the efficiency of the method proposed.

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“…The remarkable progress in the development of data production has made data processing difficult [1]. However, due to the rapid development in environmental technologies, the transmission of sensitive information through the internet has become easy using the new technologies that come under big data today [2], [3]. Where it became an important and modern topic racing towards researchers as a rich field of research areas and come out with the most prominent researches and thoughts and innovative ways to deal with the problem and cover its gaps [4].…”

Section: Introductionmentioning

confidence: 99%

An authenticated key management scheme for securing big data environment

Algaradi

Rama

2022

IJECE

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<span>If data security issues in a big data environment are considered, then the distribution of keys, their management, and the ability to transfer them between server users in a public channel will be one of the most critical issues that must consider on. In which the importance of keys management may outweigh the importance of the encryption algorithm strength. Therefore, this paper raised a new proposed scheme called (AKMS) that works through two levels of security. First, to concerns how the user communicates with the server with preventing any attempt to penetrate senders/receivers. Second, to make the data sent vague by encrypting it, and unreadable by others except for the concerned receiver, thus the server function be limited only as a passageway for communication between the sender and receiver. In the presented work some concepts discussed related to analysis and evaluation as keys security, data security, public channel transmission, and security isolation inquiry which demonstrated the rich value that AKMS scheme carried. As well, AKMS scheme achieved very satisfactory results about computation cost, communication cost, storage overhead which proved that AKMS scheme is appropriate, secure, and practical to use and protect the user's private data in big data environments.</span>

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A new efficient TKHC-based image sharing scheme over unsecured channel

Cited by 5 publications

References 47 publications

Design and Analysis of a Microstrip Patch Antenna for TV White Space Data Applications

Design and Analysis of a Microstrip Patch Antenna for TV White Space Data Applications

A Secure and Verifiable Color Visual Cryptography Scheme with LSB Based Image Steganography

An authenticated key management scheme for securing big data environment

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