2008Unpublished venueRequires access

GBHE: Grid-Based Cryptography with AES Algorithm

Nima Behnood Rad, Hamed Shah‐Hosseini

Open publisher page 5 citations

Abstract

In this paper, we propose and develop grid-based hyper encryption (GBHE) application that uses the computational resources of multiple desktop PCs in order to encrypt/decrypt large data files with one of the most efficient and secure encryption algorithms, the advanced encryption standard (rijndael). Simplicity of use and high performance of GBHE makes it an ideal choice for deploying in any organization that needs this functionality. experimental results with different sizes of data files demonstrates that the proposed grid-based encryption system is able to perform with high efficiency and opens the way to use grid technology for encryption/decryption problems.

About this research paper

What this paper is about

In this paper, we propose and develop grid-based hyper encryption (GBHE) application that uses the computational resources of multiple desktop PCs in order to encrypt/decrypt large data files with one of the most efficient and secure encryption algorithms, the advanced encryption standard (rijndael). Simplicity of use and high performance of GBHE makes it an ideal choice for deploying in any organization that needs this functionality. experimental results with different sizes of data files demonstrates that the proposed grid-based encryption system is able to perform with high efficiency and opens the way to use grid technology for encryption/decryption problems.

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this paper, we propose and develop grid-based hyper encryption (GBHE) application that uses the computational resources of multiple desktop PCs in order to encrypt/decrypt large data files with one of the most efficient and secure encryption algorithms, the advanced encryption standard (rijndael). Simplicity of use and high performance of GBHE makes it an ideal choice for deploying in any organization that needs this functionality. experimental results with different sizes of data files demonstrates that the proposed grid-based encryption system is able to perform with high efficiency and opens the way to use grid technology for encryption/decryption problems.

Key concepts: Encryption, Computer science, Advanced Encryption Standard, Cryptography, Encryption software, 40-bit encryption, Grid, Algorithm

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