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This proposed technique is very secure and suitable for encryption of large files of any type.
This characterization simplifies both the notion of non-malleable encryption and its usage, and enables one to see more easily how it compares with other notions of encryption.
This type of encryption generates strong security and low computation.
Proceedings ArticleDOI
Somdip Dey, Asoke Nath 
01 Oct 2012
17 Citations
The authors here propose a new encryption standard (algorithm), which is the amalgamation of two different encryption algorithms developed by Nath et al.
It is suitable for use encryption because of its abundant parameters: wide chaotic range, ergodicity, complexity, and high sensitivity.
This type of encryption mechanism can be implemented most efficiently with kernel file systems.
This publication also includes several use case examples, which illustrate that there are multiple ways to meet most storage encryption needs.