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A Study of Field Application Process of Public Key Algorithm RSA Based on Mathematical Principles and Characteristics through a Diagnostic
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 Title & Authors
A Study of Field Application Process of Public Key Algorithm RSA Based on Mathematical Principles and Characteristics through a Diagnostic
Noh, SiChoon; Song, EunJee; Moon, SongChul;
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 Abstract
The RSA public key encryption algorithm, a few, key generation, factoring, the Euler function, key setup, a joint expression law, the application process are serial indexes. The foundation of such algorithms are mathematical principles. The first concept from mathematics principle is applied from how to obtain a minority. It is to obtain a product of two very large prime numbers, but readily tracking station the original two prime number, the product are used in a very hard principles. If a very large prime numbers p and q to obtain, then the product is the two easy station, a method for tracking the number of p and q from n synthesis and it is substantially impossible. The RSA encryption algorithm, the number of digits in order to implement the inverse calculation is difficult mathematical one-way function and uses the integer factorization problem of a large amount. Factoring the concept of the calculation of the mod is difficult to use in addition to the problem in the reverse direction. But the interests of the encryption algorithm implementation usually are focused on introducing the film the first time you use encryption algorithm but we have to know how to go through some process applied to the field work This study presents a field force applied encryption process scheme based on public key algorithms attribute diagnosis.
 Keywords
RSA Public Key Encryption Algorithm;DES Private Key Algorithm;Mathematical Principles;
 Language
Korean
 Cited by
 References
1.
Daniel Lloyd Calloway, Dr. Hannon(Instructor), (2008), "Literature Review of Cryptography and its Role in Network Security Principles and Practices", Lecture Notes, Capella University, OM-8302, 8 Sept.

2.
Sairam Natarajan #1 (2011), "A Novel Approach for Data Security Enhancement Using Multi Level Encryption scheme", Research paper, IJCSIT, 2 (1), 469-473.

3.
Himanshu, G. (2011), "Multiphase Encryption Technique", An Article, Amity University U.P., http://en.wikipedia.org/wiki/A_New_Concept_for_Multiphase_Encryption_Technique.

4.
Stallings, W. (1999), "Cryptography and Network Security: Principles and Practices", Prentice Hall.

5.
Walter, T. (1997), "A brief history of the data encryption standard", ACM Press/Addison-Wesley Publishing Co. NY, USA, 275-280.

6.
Sunita, B. and Prof. S. K. Sharma (2011), "Block Wise Parallel Encryption through Multithreading Concept", Research Paper published in Aishwarya Research Communication Journal(ISSN: 0975-3613), 3, 100-106.

7.
Noh, S. C. (2011), "A Study of Security QoS(Quality of Service) Measurement Methodology for Network Security Efficiency", Journal of Korea Convergence Security Association, 10(3), 40-41.

8.
Cho, B. K. and Jung, J. Il. (2010), "Policy-Based QoS Control Management System for VoIP Service", Journal of Korea Convergence Security Association, 10(3), 70-72.

9.
Wakefield, D. S., Mehr, D., Keplinger, L., Canfield, S., Gopidi, R., Wakefield, B. J., Koopman, R. J., Belden, J. L., Kruse, R., and Kochendorfer, K. M. (2010), "Issues and questions to consider in implementing secure electronic patient provider web portal communications systems", International Journal of Medical Informatics, 79(7), 469-477. crossref(new window)