SAC '94 Presented Papers

• "Designing Product Ciphers Using Markov Chains", Luke O'Connor, DSTC and Information Security Research Centre, Australia
  
  
• "Nonlinearity Charachteristics of Quadratic Substitution Boxes",J. Seberry, X.-M. Zhang, and Y. Zheng, U. of Wollongong
  
  
• "Recent Results on Resilient Functions",D. Stinson, U. of Nebraska
  
  
• "Information Leakage of Boolean Functions as a Measure of Cryptographic Strength", M.Zhang, S.E. Tavares, and L.L. Campbell, Queen's University
  
  
• "How to Better the SAC", J. Seberry, X.-M. Zhang, and Y. Zheng, U. of Wollongong
  
  
• "Linearity in Block Ciphers" ,E.P. Dawson, L. J. O'Connor and H.M. Gustafson, QUT, Brisbane
  
  
• "DES Can be Immune to Linear Cryptanalysis",Kim, S. Lee, S. Park and D. Lee, ETRI, Korea
  
  
• "Linear Approximation Versus Nonlinearity", J. Pieprzyk, C. Charnes,and J. Seberry, U. of Wollongong
  
  
• "A Taxonomy of Replay Attacks", P. Syverson, Naval Research Labs., Washington D.C.
  
  
• "A Classification of Cryptographic Techniques in Authentication Protocols",W. Mao and C.Boyd, U. of Manchester
  
  
• "Backward State Analysis of Cryptographic Protocols Using Petri Nets",D. Stal, S. E. Tavares, and H. Meijer, Queen's U.
  
  
• "On Unifying Some Cryptographic Protocol Logics", P. Syverson and P. van Oorschot, NRL and Carleton U. & BNR
  
  
• "Dense Probabilistic Encryption", J. Benaloh, Clarkson University
  
  
• "Simple and Effective Key Scheduling for Symmetric Ciphers",C.M. Adams, BNR
  
  
• "Key Clustering in Substitution-Permutation Network Cryptosystems", H. M. Heys and S. E. Tavares, Queen's U.
  
  
• "Fast Attacks on Tree-Structured Ciphers", W. Millan, E. P. Dawson, and L. J. O'Connor, QUT, Brisbane
  
  
• "Cryptographic Degradation of DES in Block and Stream Cipher Modes in a Digital Mobile Communication Link", J.-Y. Chouinard and G. Ferland, U. of Ottawa
  
  
• Invited lectures:
  • Richard Kemmerer, UCSB, "Using Formal Methods to Analyze Encryption Protocols" Abstract
    
    
  • Michael Wiener, BNR, "An Efficient Key Search Attack on DES" Abstract