Design and Implementation of Students’ File Encryption and Decryption System Using One Time Pad Algorithm for Computer Science Department, Adsu Mubi
Asian Journal of Research in Computer Science · pp. 1–17 · Published 27 Jun 2019
10.9734/ajrcos/2019/v3i330093Abstract
The research, design and implementation of students file encryption and decryption system using one-time pad algorithm seeks to improve the security of student records in tertiary institutions by using trusted techniques as given in the research. The purpose is to develop an automated student’s data protection application in order to consolidate existing security measures as it pertains to data integrity and privacy. The software design methodology adopted for the research is the waterfall model due to the fact that is does not allow overlapping of processes. For the system design and implementation. Pelles C programming for windows version 9.00.9 for code generation and startUML was used for user interface design all in a bid to actualize the objectives of the research.
References (6)
- 1 One time pad generation using quantum superposition states [DOI]
- 2 Enhanced OneTime Pad Cipher with MoreArithmetic and Logical Operations with Flexible Key Generation Algorithm [DOI]
- 3 Modern usage of “old” one-time pad
- 4 Two Level Encryption based on One Time Pad and Koblitz Method of Encoding [DOI]
- 5 Chaos-based one-time pad cryptography
- 6 International Journal of Advanced Research in Computer Science and Software Engineering [DOI]
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