Applications
- 262
- Knudsen, Lars Ramkilde
- Professor at the University of Denmark. Research in block ciphers, publications, and personal information.
- 266
- Morain, François
- Ecole Polytechnique researcher. Contact information, articles, and research topics.
- 267
- Nguyen, Phong Q.
- Researcher at the École normale supérieure. Links to publications and other details.
- 268
- Ostrovsky, Rafail
- UCLA Professor. Biography, research interests, publications, and contact information.
- 273
- Syverson, Paul
- Mathematician at the Center for High Assurance Computer Systems (CHACS) of the Naval Research Laboratory. Publications, research information, and contact information.
- 274
- Wagner, David
- Professor at UC Berkeley. Publicationsand comprehensive links of Randomness in Cryptography.
- 276
- AES Algorithm (Rijndael) Information
- This is NIST's home page for the Rijndael block cipher, now the Advanced Encryption Standard (AES). It has links to the specification and source code.
- 277
- CS2 Block Cipher
- This PDF document describes to CS2 block cipher developed by Tom St Denis. CS2 is based on the CS cipher developed by Serge Vaudenay and takes advantage of work St Denis has done on the pseudo-Hadamard transform. Source code is not included, but test vectors are. [PDF]
- 278
- Camellia
- Information about the block cipher jointly developed by NTT and Mitsubishi Electric in Japan in 2000. C source code is also provided.
- 279
- FastFlex : A Secure Cryptographic Function
- Sourceforge project for FastFlex, a suite of hash functions and stream ciphers. Links to documentation and source code.
- 280
- HC-256 Stream Cipher
- HC-256 is a stream cipher developed by Hongjun Wu at the Institute for Infocomm Research in Singapore. It uses a very large state data set which it updates and reads from pseudo-randomly. It seems similar in basic design to SN3 and also borrows some ideas from SHA-256. C source code is included in this PDF document. [PDF]