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How can IDEAS and DES be integrated to improve security? 


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IDEAS and DES can be integrated to improve security by merging identity management with access control in large-scale storage systems . IDEAS authenticates users at each I/O node using a single identity certificate without the need for a centralized security server . It enforces access control through an object-based access control (OBAC) model, which addresses the complexity and scalability issues of security administration in large-scale storage systems . Additionally, IDEAS improves scalability by removing the performance bottleneck caused by security overhead, resulting in zero read and write latency on the metadata server . On the other hand, DES can be enhanced by using a DES-variant system with a different sub-key generation algorithm, a larger initial key length, and substitution boxes inside the key generation algorithm . These modifications increase resistance against brute-force attacks, differential cryptanalysis, and linear cryptanalysis, while also canceling out the weak-keys and complement keys properties of DES .

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Papers (5)Insight
Proceedings ArticleDOI
H.E. Link, William Douglas Neumann 
04 Apr 2005
78 Citations
The provided paper does not mention the integration of IDEAS and DES to improve security.
Proceedings ArticleDOI
Ming-Sheng Liu, Yi Zhang, Jian-Hua Li 
12 Jul 2009
3 Citations
The provided paper does not mention the integration of IDEAS and DES to improve security. The paper focuses on improving the security of DES algorithm using chaotic mapping.
Proceedings ArticleDOI
M. Pranav, Archana K Rajan 
01 Oct 2015
6 Citations
The provided paper does not mention the integration of IDEAS and DES to improve security. The paper focuses on enhancing the security of DES through the use of dynamic permutation matrices.
The provided paper does not mention any integration between IDEAS and DES to improve security.
Proceedings ArticleDOI
27 Jun 2010
25 Citations
The provided paper does not mention the integration of IDEAS and DES to improve security. The paper focuses on developing a DES-variant system with improved resistance against attacks.

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