Randomness of encryption keys generated by super H-antimagic total labeling

Antonius Cahya Prihandoko, Yudha Alif Auliya, Diksy Media Firmansyah, S Slamin


SuperH-antimagic total labeling (SHATL) can be utilized to generate encryption keys. The keys are then used to establish the improved block and stream ciphers. In these ciphers, different blocks were encrypted by the different keys, but all block keys were connected one another. These conditions make the developed cryptosystems more secure and require less keys storage capacity compared to the ordinary block and stream cipher. The randomness of the generated keys, however, still need to be tested. The test is necessary to ensure that there is no specific pattern that can be utilized by any intruder to guess the keys. This paper presents the randomness tests applied to all key sequences generated by both the improved block scheme and the stream based scheme.


randomness; encryption keys; super H-antimagic total labeling; cryptography; block cipher; stream cipher

Full Text:


DOI: http://dx.doi.org/10.19184/ijc.2020.4.1.3


P.M. Alcover, A. Guillamon, M.C. Ruiz, A New Randomness Test for Bit Sequence, Informatica, 24(3), (2013), 339-356

M. Baca, L. Brankovic, M. Lascsakova, O., Phanalasy, A. Semaniˇcov´a-Feˇnovˇc´ıkov´a, On d-antimagic labelings of plane graphs, Electr. J. Graph Theory Appli., 1(1), (2013), 28-39

Dafik, A.K. Purnapraja, R Hidayat, Cycle-Super Antimagicness of Connected and Disconnected Tensor Product of Graphs, Procedia Computer Science, 74, (2015), 93-99

Dafik, Slamin, D. Tanna, A. Semaniˇcov´a-Feˇnovˇc´ıkov´a, M. Baˇca, Constructions of Hantimagic graphs using smaller edge-antimagic graphs, Ars Combinatoria, 100 (2017), In Press

Dafik, M. Hasan, Y.N. Azizah, I. H. Agustin, A Generalized Shackle of Any Graph H Admits a Super H-Antimagic Total Labeling, Mathematics in Computer Science Journal, (2016). Submitted

P. L’Ecuyer, Testing Random number Generators, Proceedings of the 1992 Winter Simulation Conference, IEEE Press, Dec. (1992), 305-313.

A.C. Prihandoko, Dafik, I.H. Agustin, D. Susanto, A.I. Kristiana, Slamin, The Construction of Encryption Key by Using a Super H-antimagic Total Graph, Program and Abstract the Asian Mathematical Conference, AMC (2016), 408, ISBN 978-602-74668-0-7.

A.C. Prihandoko, Dafik, I.H. Agustin, Implementation of Super H-Antimagic Total Graph on Establishing Stream Cipher, Indonesian Journal of Combinatorics, 3(1), 2019, pp. 14-23.

M.E. Whitman, H.J. Mattord, Principles of Information Security, (2012), Boston: Course Technology


  • There are currently no refbacks.

ISSN: 2541-2205

Creative Commons License
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.

View IJC Stats