Advances in Cryptology – EUROCRYPT '85

1. Front Matter

   Pages I-IX

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2. History of Cryptography

   1. The Contribution of E.B. Fleissner and A. Figl for Today’s Cryptography

      • Otto J. Horak

      Pages 3-17

   2. On the history of cryptography during WW2, and possible new directions for cryptographic research

      • Tom Tedrick

      Pages 18-28

3. Public Key Cryptography

   1. Efficient Factoring Based on Partial Information

      • Ronald L. Rivest, Adi Shamir

      Pages 31-34

   2. A Public-Key Cryptosystem Based on Shift Register Sequences

      • Harald Niederreiter

      Pages 35-39

   3. A Comment on Niederreiter’s Public Key Cryptosystem

      • Bernard Smeets

      Pages 40-42

   4. Implementation Study of Public Key Cryptographic Protection in an Existing Electronic Mail and Document Handling System

      • J. Vandewalle, R. Govaerts, W. De Becker, M. Decroos

      Pages 43-49

   5. Cryptanalysis of the Dickson-Scheme

      • Winfried B. Müller, Rupert Nöbauer

      Pages 50-61

   6. Simultaneous Security of Bits in the Discrete Log

      • René Peralta

      Pages 62-72

   7. On Public-Key Cryptosystems Built Using Polynomial Rings

      • Józef P. Pieprzyk

      Pages 73-78

4. Secret Key Cryptography

   1. Is the Data Encryption Standard a Group? (Preliminary Abstract)

      • Burton S. Kaliski Jr., Ronald L. Rivest, Alan T. Sherman

      Pages 81-95

   2. Two New Secret Key Cryptosystems

      • Henk Meijer, Selim Akl

      Pages 96-102

   3. Cryptanalysts Representation of Nonlinearly Filtered ML-Sequences

      • T. Siegenthaler

      Pages 103-110

   4. Authorized Writing for “Write-Once” Memories

      • Philippe Godlewski, Gérard D. Cohen

      Pages 111-115

5. Shiftregister Sequences and Related Topics

   1. On Functions of Linear Shift Register Sequences

      • Tore Herlestam

      Pages 119-129

   2. On Feedforward Transforms and p-Fold Periodic p-Arrays

      • Dong-sheng Chen, Zong-duo Dai

      Pages 130-134

   3. Generalized Multiplexed Sequences

      • Mu-Lan Liu, Zhe-xian Wan

      Pages 135-141

   4. A Note on Sequences Generated by Clock Controlled Shift Registers

      • Bernard Smeets

      Pages 142-148

   5. Using Algorithms as Keys in Stream Ciphers

      • Neal R. Wagner, Paul S. Putter, Marianne R. Cain

      Pages 149-155

   6. On the Linear Complexity of Combined Shift Register Sequences

      • Lennart Brynielsson

      Pages 156-160

The storage, routing and transmission of information, either in the form of digital data or of analog signals, plays a central role in modern society. To ensure that such information is protected from access by unauthorized persons is an important new challenge. The development of the theory and practical techniques needed to meet this challenge is the goal of current cryptological research. This research is highly varied and multidisciplinary. It is concerned with fundamental problems in mathematics and theoretical computer science as well as with the engineering aspects of complex information systems. Cryptology today ranks among the most active and interesting areas of research in both science and engineering. EUROCRYPT '85 maintained the tradition of the three previous workshops in this series (Paris 1984, Udine 1983, Burg Feuerstein 1982) with its emphasis on recent developments in cryptology, but also made a concerted effort to encompass more traditional topics in cryptology such as shift register theory and system theory. The many papers on these topics in this volume are witness to the success of this effort.

• authentication
• computer
• cryptoanalysis
• cryptography
• cryptology
• cryptosystems
• data encryption
• encryption
• information
• networks
• privacy
• storage

• Institute of Systems Science Department of Systems Theory and Information Engineering, Johannes Kepler University Linz, Linz, Austria

  Franz Pichler

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