Ranking of Cryptographic Algorithm Implementation Techniques Using ELECTRE III and Q-Analysis methods

The techniques for implementing cryptographic algorithms (symmetric-asymmetric and Hash function) are very diverse and interdisciplinary. Due to the different and sometimes conflicting goals for implementing cryptographic algorithms, the used techniques are different and a combination of several techniques is employed to achieve the defined goal(s). Identifying high-priority techniques for allocating software and hardware resources to upgrade those techniques is very important in terms of training, human resource, infrastructure, laws and regulations, legal issues, and so on. These priorities can contribute to the development of each country‟s cryptography strategy. In this paper, 15 techniques for implementing cryptographic algorithms are determined to approach seven main goals. Moreover, a specific goal may be realized through using relevant sources and proper techniques. We have applied two ELECTRE III and Q-analysis alternative methods to rank and determine high priority techniques. The outcomes of these methods selected for crosschecking of convergence are with more than 80% compliance. The required data are extracted from the published articles, technical reports, and documents for the implementation of cryptographic algorithms over 22 years.

Ranking of Cryptographic Algorithm Implementation Techniques Using ELECTRE III and Q-Analysis methods Keywords:

Cryptographic Algorithms , Techniques , Goals , ELECTRE III , Q-analysis