Gregory G. Rose

Gregory G. "Greg" Rose (born July 15, 1955, in Sydney, Australia) was a senior vice president of technology for Qualcomm.[1][2]

Rose is noted for designing the SOBER family of stream ciphers for wireless telephony.[3] Together with Philip Hawkes, he also designed Turing, a cipher system based on the SOBER-t32.[4] It was developed to address encryption issues, particularly the limitations to processing power, program space, and memory present in software encryption algorithms.[5]

Selected publications
  • "Exploiting Multiples of the Connection Polynomial in Word-Oriented Stream Ciphers" [6]
gollark: The UK is at least taking it somewhat seriously, if not actually handling it that well.
gollark: North Korea is probably just doing a combination of not testing, reporting no accurate data whatsoever, and killing anyone with bad symptoms.
gollark: If you have drew a line-art version of this it would probably be possible to write a script to convert it to equations automatically.
gollark: You probably could generate it automatically out of a bunch of lines.
gollark: Also, if you play it in safe mode i.e. don't launch the driver on boot the game will apparently refuse to run until you reboot.

References
  1. "Chair honours UNIX veteran". Sydney Morning Herald. November 24, 2005. Retrieved May 20, 2010.
  2. Sturdevant, Cameron (March 6, 2006). "Give Secure Code a Chance; Architecture-level views, automation and outsourcing are key". eWeek. 23 (10): 35–36. ProQuest 198567722.
  3. Knudsen, Lars (2003). Fast Software Encryption: 6th International Workshop, FSE'99 Rome, Italy, March 24-26, 1999 Proceedings. Berlin: Springer. p. 305. ISBN 354066226X.
  4. Robshaw, Matthew; Billet, Olivier (2008). New Stream Cipher Designs: The ESTREAM Finalists. Berlin: Springer Science & Business Media. p. 58. ISBN 9783540683506.
  5. Johansson, Thomas (2003). Fast Software Encryption: 10th International Workshop, FSE 2003, LUND, Sweden, February 24-26, 2003, Revised Papers. Berlin: Springer Science & Business Media. p. 290. ISBN 3540204490.
  6. Association for Computing Machinery portal


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