State of the Art in Applied Cryptography

1. Front Matter

   Pages I-VIII

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2. Trends in the Fight Against Computer-Related Delinquency

   • Bart De Schutter

   Pages 1-17

3. Block Ciphers —A Survey

   • Lars R. Knudsen

   Pages 18-48

4. Cryptographic Primitives for Information Authentication — State of the Art

   • Bart Preneel

   Pages 49-104

5. Recent Developments in the Design of Conventional Cryptographic Algorithms

   • Bart Preneel, Vincent Rijmen, Antoon Bosselaers

   Pages 105-130

6. Elliptic Curve Public-Key Cryptosystems — An Introduction

   • Erik De Win, Bart Preneel

   Pages 131-141

7. Key Management Techniques

   • Walter Fumy

   Pages 142-162

8. Security of Computer Networks

   • Jan Verschuren

   Pages 163-185

9. Internet Security Protocols

   • Walter Fumy

   Pages 186-208

10. Securing Internet Electronic Mail

    • Mark Vandenwauver, Frank Jorissen

    Pages 209-223

11. GSM: Security, Services, and the SIM

    • Klaus Vedder

    Pages 224-240

12. TTPs Overview - Concepts and Review of the State of Art from a Technical Point of View

    • Peter Landrock

    Pages 241-263

13. Management of Secret Keys: Dynamic Key Handling

    • Joan Daemen

    Pages 264-276

14. On Solutions to the Key Escrow Problem

    • Mark P. Hoyle, Chris J. Mitchell

    Pages 277-306

15. Smart Cards — Requirements, Properties, and Applications

    • Klaus Vedder, Franz Weikmann

    Pages 307-331

16. Smart Card Security ‘How Can We Be So Sure?’

    • Ernst Bovelander

    Pages 332-337

17. Security Aspects of the Ecash™ Payment System

    • Berry Schoenmakers

    Pages 338-352

18. International Standardisation of IT Security

    • Klaus Vedder

    Pages 353-365

19. Security Management — The Process

    • David W. Roberts

    Pages 366-376

20. Introduction to Computer Security

    • Bart De Decker

    Pages 377-393

The Department of Electrical Engineering-ESAT at the Katholieke Universiteit Leuven regularly runs a course on the state of the art and evolution of computer security and industrial cryptography. The rst course took place in 1983, the second in 1989, and since then the course has been a biennial event. The course is intended for both researchers and practitioners from industry and government. It covers the basic principles as well as the most recent - velopments. Our own interests mean that the course emphasizes cryptography, but we also ensure that the most important topics in computer security are covered. We try to strike a good balance between basic theory and real-life - plications, between mathematical background and judicial aspects, and between recent technical developments and standardization issues. Perhaps the greatest strength of the course is the creation of an environment that enables dialogue between people from diverse professions and backgrounds. In 1993, we published the formal proceedings of the course in the Lecture Notes in Computer Science series (Volume 741). Since the el d of cryptography has advanced considerably during the interim period, there is a clear need to publish a new edition. Since 1993, several excellent textbooks and handbooks on cryptology have been published and the need for introductory-level papers has decreased. The growth of the main conferences in cryptology (Eurocrypt, Crypto,and Asiacrypt) shows that interest in the eld is increasing.

• Escrow
• IT security
• Internet
• computer security
• cryptography
• network security
• security

• Katholieke Universiteit Leuven Dept. Elektrotechniek (EAST), Leuven, Belgium

  Bart Preneel

• Graz, Austria

  Vincent Rijmen

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