A Novel Method for Constructing the S-Box Based on Spatiotemporal Chaotic Dynamics
A novel construction method for a random S-box by using the spatiotemporal nonlinear chaotic system is proposed. The chaotic sequences of the spatiotemporal chaotic system are applied to construct an initial S-box. Then, the permutation operation between independent chaotic sequences is performed to...
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| Published in | Applied sciences Vol. 8; no. 12; p. 2650 |
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| Main Authors | , , |
| Format | Journal Article |
| Language | English |
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01.12.2018
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| Abstract | A novel construction method for a random S-box by using the spatiotemporal nonlinear chaotic system is proposed. The chaotic sequences of the spatiotemporal chaotic system are applied to construct an initial S-box. Then, the permutation operation between independent chaotic sequences is performed to shuffle the elements of the S-box randomly. In comparisons with the former schemes, the results of the performance analysis indicate that the obtained S-box has a better output bit independence criterion and a stronger ability to resist linear password attacks. It also has a high dimensional feature due to the spatiotemporal chaotic dynamical behaviors. The proposed scheme holds superior cryptographic features. |
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| AbstractList | A novel construction method for a random S-box by using the spatiotemporal nonlinear chaotic system is proposed. The chaotic sequences of the spatiotemporal chaotic system are applied to construct an initial S-box. Then, the permutation operation between independent chaotic sequences is performed to shuffle the elements of the S-box randomly. In comparisons with the former schemes, the results of the performance analysis indicate that the obtained S-box has a better output bit independence criterion and a stronger ability to resist linear password attacks. It also has a high dimensional feature due to the spatiotemporal chaotic dynamical behaviors. The proposed scheme holds superior cryptographic features. [...]in these aforementioned chaotic S-box construction schemes, the output Bit Independence Criterion (BIC) and ability to resist linear password attacks were not ideal. [...]the applied chaotic systems are low dimensional systems. [...]it can resist the degradation of finite precision computation due to its high dimensional feature, which can increase the randomness of elements in the S-box. Additionally, the NCML chaotic system has been used in secure communication schemes due to its cryptographic features [30,31]; 2. Since the chaotic sequences generated by the NCML system are independent, we apply these independent chaotic sequences to implement the permutation and shuffle of the S-box, which can improve its BIC property and ability to resist linear password attacks; 3. [...]the new sequence is reconverted to a matrix, and all the elements of the matrix are permuted by using N independent chaotic sequences. |
| Author | Wang, Xingyuan Liu, Liyan Zhang, Yingqian |
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| Snippet | A novel construction method for a random S-box by using the spatiotemporal nonlinear chaotic system is proposed. The chaotic sequences of the spatiotemporal... [...]in these aforementioned chaotic S-box construction schemes, the output Bit Independence Criterion (BIC) and ability to resist linear password attacks were... |
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| SubjectTerms | Algorithms chaos Chaos theory Construction coupled map lattices Data encryption Design non-adjacent coupled map lattices S-box |
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