A survey on conventional encryption algorithms of Cryptography

Ramesh, Yegireddi; Kumar, R. Kiran

doi:10.1109/ictbig.2016.7892684

Cited by 33 publications

(15 citation statements)

References 4 publications

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“…Keys must be kept secret on transferring, if either is compromised secure communication is impossible in further. It was also known as conventional encryption [2].…”

Section: Symmetric Encryptionmentioning

confidence: 99%

“…This is an endeavour to guarantee privacy. The network to indulge the above said, propound numerous conventional encryption algorithms processed sequentially named underneath DES, AES, TDEA, IDEA, Blowfish, RC2, RC4, RC5, CAST 128, [2]- [6] etc. On comparison among these algorithms on data size of wide range and their ability to secure and protect data against attacks ascertained to be highly in securable which resulting at low speed.…”

Section: Asymmetric Encryptionmentioning

confidence: 99%

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RK algorithm: stochastic parallel methodology for symmetric key cryptography

Ramesh¹,

Reddi²

2020

csit

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With the enormous growth in the Internet and network, data security has become an inevitable concern forany organization. From antecedent security has attracted considerable attention from network researchers. In thisperspective many possible fields of endeavour come to mind with many cryptographic algorithms in a broader way,each is highly worthy and lengthy. As society is moving towards digital information age we necessitate highlystandard algorithms which compute faster when data size is of wide range or scope. On survey, numerous sequentialapproaches carried out by symmetric key algorithms on 128 bits as block size are ascertained to be highly insecurable and resulting at a low speed. As in the course the commodities are immensely parallelized on multi coreprocessors to solve computational problems, in accordance with, propound parallel symmetric key based algorithmsto encrypt/decrypt large data for secure conveyance. The algorithm is aimed to prevail by considering 64 character(512 bits) plain text data, processed 16 characters separately by applying parallelism and finally combine each 16-character cipher data to form 64-character cipher text. The round function employed in the algorithm is verycomplex, on which improves efficacy.

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“…Keys must be kept secret on transferring, if either is compromised secure communication is impossible in further. It was also known as conventional encryption [2].…”

Section: Symmetric Encryptionmentioning

confidence: 99%

Section: Asymmetric Encryptionmentioning

confidence: 99%

RK algorithm: stochastic parallel methodology for symmetric key cryptography

Ramesh¹,

Reddi²

2020

csit

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“…Table 1 shows the classification of schemes based on the literature from the last decade. Neural-based Poetry Generation [4] neuralB Arbitrary Algorithm Encryption [5] AAE Encoding Hiding the Message into An Excel Graph [6] EXCELg RJDA Algorithm [7] RJDA Alphabet Index Matrix (English & Malayalam) [8] ALPHAiM Encoding of Hindi Text [9] EnHindiT Visual Cryptography Schemes [10] VCrypS Homomorphic Encryption Scheme [11] HES A Boots Trappable Encryption Scheme [12] trapEnS Huffman Coding Algorithm [13] HCA Elliptic Curve Cryptography(Ecc) [14] ECC DWT Domain of A Carrier Image [15] DWT Watermark [16] Ws Encapsulation Schemes [17] ENCAPs [25] AES Rivest-Shamir-Adlema Algorithm (RSA) [11], [18], [19], [26] RSA Data Encryption Standard (DES) [23], [27] DES LSB [5], [12], [28] LSB Homomorphic Encryption Scheme [21], [22], [26] HES Conventional Encryption Algorithms Blowfish [23] CEABW Binary RSA Encryption Algorithm (BREA) [19] BREA Symmetric Key Encryption [23], [29], [30] SKE RDH Schemes [31] RDH Huffman Encoding Algorithm [28] HEA Transposition Cryptography Algorithm [32] TCA A Boots trappable Encryption Scheme [12] BTRS ECC Decryption [14] ECC ECR (Encryption with Cover Text and Reordering) [33] ECR…”

Section: Review Categorymentioning

confidence: 99%

A Comparative Review on Data Hiding Schemes

Din

Sabri

Utama

2018

IJEECS

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Data hiding is a technique used to protect confidential information. The aim of a particular data hiding scheme is to make a more secure and robust method of information exchange so that confidential and private data can be protected against attacks and illegal access. The aim of this paper is to review on different data hiding schemes, covering the decoding, decrypting and extracting schemes. This paper also highlighted three major schemes that are widely used in research and real practice. The discussion include findings on the most recent work on decryption schemes.

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“…It is successor of SAFER, Blowfish and Square. Similar to AES, Twofish [6,7,17] also has a fixed block size and different key lengths extendable up to 256bitswith a total of 16 rounds. Twofish has a feistel structure.…”

Section: Introductionmentioning

confidence: 99%

Design and Implementation of Reliable Encryption Algorithms through Soft Error Mitigation

S¹,

Dinesha²,

Shashikala³

et al. 2020

IJCNIS

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Designing a reliable system on reconfigurable devices has become a significant factor for implementing mission critical applications like communication protocols, automotive, nuclear reactor control, and remote applications. With the improvement in fabrication technology, logic density of the field programmable gate arrays has increased rapidly. Because of decrease in feature size, integrated circuits are becoming vulnerable to errors and also the ageing component results in run time faults. FPGAs when used in harsh conditions like high radiation and temperatures, there is a possibility of getting affected by transient faults or the soft errors. In digital communication, safety and confidentiality of data is achieved through a suitable encryption algorithm. Encryption is most important aspect when it comes to security. Reliable design techniques are very much necessary for maintaining the system's normal function. Many of the available techniques are based on redundancy logic causing area overhead for the design. Through this paper, an implementation is illustrated for managing soft errors or the single event upsets. Proposed methodology identifies and avoids the errors occurring at the logic resources where the encryption algorithms are mapped on the device. Thus encryption algorithms work normally without getting affected by the errors. During the simulation process, errors are injected at the configuration memory frames and monitored using a Single event-upset manager (SEM) controller. The proposed design is implemented on Zedboard using Xilinx Vivado 2017.4.

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A survey on conventional encryption algorithms of Cryptography

Cited by 33 publications

References 4 publications

RK algorithm: stochastic parallel methodology for symmetric key cryptography

RK algorithm: stochastic parallel methodology for symmetric key cryptography

A Comparative Review on Data Hiding Schemes

Design and Implementation of Reliable Encryption Algorithms through Soft Error Mitigation

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