2012Unpublished venueRequires access

The Application of Hybrid Encryption Algorithm in Software Security

Lili Yu, Zhijuan Wang, Weifeng Wang

Open publisher page 39 citations

Abstract

Because of the defect of only the single data encryption and the use of famous encryption algorithm, which was not improved in traditional methods of the registration process, a combined encryption algorithm is proposed in this thesis. That is, the algorithm security is greatly improved, through researching several famous data encryption algorithms, and improving some data encryption algorithms, and arranging encryption algorithms in some order. Finally, the combined encryption algorithm is successfully made by using the initial encryption algorithm, Micro Genard encryption algorithm and the famous Base64 encryption algorithm. That is, in accordance with the order of the initial encryption algorithm, the improved Micro Genard encryption algorithm and the famous Base64 encryption algorithm, the user's information is gradually encrypted, and the algorithm security is greatly enhanced. Besides, to video surveillance software system for instance, which is widely used in the field of the traffic security management, the combined encryption algorithm is completely validated, and its security is very high.

About this research paper

What this paper is about

Because of the defect of only the single data encryption and the use of famous encryption algorithm, which was not improved in traditional methods of the registration process, a combined encryption algorithm is proposed in this thesis. That is, the algorithm security is greatly improved, through researching several famous data encryption algorithms, and improving some data encryption algorithms, and arranging encryption algorithms in some order. Finally, the combined encryption algorithm is successfully made by using the initial encryption algorithm, Micro Genard encryption algorithm and the famous Base64 encryption algorithm. That is, in accordance with the order of the initial encryption algorithm, the improved Micro Genard encryption algorithm and the famous Base64 encryption algorithm, the user's information is gradually encrypted, and the algorithm security is greatly enhanced. Besides, to video surveillance software system for instance, which is widely used in the field of the traffic security management, the combined encryption algorithm is completely validated, and its security is very high.

Why it matters

OpenAlex reports 39 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

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Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

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Applications

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Available abstract

Because of the defect of only the single data encryption and the use of famous encryption algorithm, which was not improved in traditional methods of the registration process, a combined encryption algorithm is proposed in this thesis. That is, the algorithm security is greatly improved, through researching several famous data encryption algorithms, and improving some data encryption algorithms, and arranging encryption algorithms in some order. Finally, the combined encryption algorithm is successfully made by using the initial encryption algorithm, Micro Genard encryption algorithm and the famous Base64 encryption algorithm. That is, in accordance with the order of the initial encryption algorithm, the improved Micro Genard encryption algorithm and the famous Base64 encryption algorithm, the user's information is gradually encrypted, and the algorithm security is greatly enhanced. Besides, to video surveillance software system for instance, which is widely used in the field of the traffic security management, the combined encryption algorithm is completely validated, and its security is very high.

Key concepts: Encryption, Probabilistic encryption, 40-bit encryption, Multiple encryption, 56-bit encryption, Computer science, On-the-fly encryption, Algorithm

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