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Decrypting a Stream Cipher Based on J–K Flip-Flops | IEEE Journals & Magazine | IEEE Xplore

Decrypting a Stream Cipher Based on J–K Flip-Flops


Abstract:

Pless has proposed a stream cipher based on J–K flip-flops that uses 8 linear shift registers with feedback, having a combined length of 97 bits, 4 J–K flip-flops, and a ...Show More

Abstract:

Pless has proposed a stream cipher based on J–K flip-flops that uses 8 linear shift registers with feedback, having a combined length of 97 bits, 4 J–K flip-flops, and a 4-stage cycling counter. The cipher has 2.54 × 1051initial states (keys), and generates a presumably pseudorandom stream whose period is 1.52 × 1029bits. Despite these impressive statistics, it is computationally feasible to solve such a cipher with a known-plaintext attack, using as few as 15 characters
Published in: IEEE Transactions on Computers ( Volume: C-28, Issue: 7, July 1979)
Page(s): 483 - 487
Date of Publication: 31 July 1979

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