LILI-128: Difference between revisions
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| access-date=2018-09-13}}</ref> It is designed to be simple to implement in both software and hardware. |
| access-date=2018-09-13}}</ref> It is designed to be simple to implement in both software and hardware. |
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In 2007, LILI-128 was totally broken by using a notebook running [[MATLAB]] in 1.61 hours.<ref>{{cite |
In 2007, LILI-128 was totally broken by using a notebook running [[MATLAB]] in 1.61 hours.<ref>{{cite arxiv |
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| title=Reconstructing the Nonlinear Filter Function of LILI-128 Stream Cipher Based on Complexity |
| title=Reconstructing the Nonlinear Filter Function of LILI-128 Stream Cipher Based on Complexity |
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|author=Xiangao Huang |author2=Wei Huang |author3=Xiaozhou Liu |author4=Chao Wang |author5=Zhu jing Wang |author6=Tao Wang |
| author=Xiangao Huang |author2=Wei Huang |author3=Xiaozhou Liu |author4=Chao Wang |author5=Zhu jing Wang |author6=Tao Wang |
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| date=2007-02-22 |
| date=2007-02-22 |
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| arxiv=cs/0702128 |
| arxiv=cs/0702128}}</ref> |
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| bibcode=2007cs........2128H |
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== References == |
== References == |
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Revision as of 10:16, 25 September 2023
LILI-128 is an LFSR based synchronous stream cipher with a 128-bit key. On 13 November 2000, LILI-128 was presented at the NESSIE workshop.[1] It is designed to be simple to implement in both software and hardware.
In 2007, LILI-128 was totally broken by using a notebook running MATLAB in 1.61 hours.[2]
References
- ^ "NESSIE submission for LILI-128" (zip). 2000-11-06. Retrieved 2018-09-13.
- ^ Xiangao Huang; Wei Huang; Xiaozhou Liu; Chao Wang; Zhu jing Wang; Tao Wang (2007-02-22). "Reconstructing the Nonlinear Filter Function of LILI-128 Stream Cipher Based on Complexity". arXiv:cs/0702128.
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