CryptoDB
Stefan Lucks
Publications
Year
Venue
Title
2017
CHES
Gimli : A Cross-Platform Permutation
Abstract
This paper presents Gimli, a 384-bit permutation designed to achieve high security with high performance across a broad range of platforms, including 64-bit Intel/AMD server CPUs, 64-bit and 32-bit ARM smartphone CPUs, 32-bit ARM microcontrollers, 8-bit AVR microcontrollers, FPGAs, ASICs without side-channel protection, and ASICs with side-channel protection.
Program Committees
- FSE 2022
- FSE 2020
- FSE 2019
- Crypto 2017
- FSE 2015
- FSE 2013
- Crypto 2012
- FSE 2012
- FSE 2011
- Asiacrypt 2011
- FSE 2010
- FSE 2009
- Eurocrypt 2008
- FSE 2007
- Asiacrypt 2007
- FSE 2006
- Eurocrypt 2006
- FSE 2005
Coauthors
- Farzaneh Abed (4)
- Daniel J. Bernstein (1)
- Paul Crowley (1)
- Sebastian Faust (1)
- Niels Ferguson (2)
- Ewan Fleischmann (2)
- Scott R. Fluhrer (1)
- Christian Forler (5)
- Michael Gorski (2)
- Tetsu Iwata (1)
- Antoine Joux (1)
- Emilia Käsper (1)
- John Kelsey (3)
- Tadayoshi Kohno (1)
- Stefan Kölbl (1)
- Ulrich Kühn (1)
- Klaus Kursawe (1)
- Eik List (4)
- Pedro Maat Costa Massolino (1)
- David A. McGrew (1)
- Florian Mendel (1)
- Kazuhiko Minematsu (1)
- Hiraku Morita (1)
- Kashif Nawaz (1)
- Thomas Peyrin (1)
- Ahmad-Reza Sadeghi (1)
- Tobias Schneider (1)
- Bruce Schneier (2)
- Peter Schwabe (1)
- François-Xavier Standaert (1)
- Michael Stay (1)
- Christian Stüble (1)
- Yosuke Todo (1)
- Benoît Viguier (1)
- David Wagner (1)
- Jakob Wenzel (5)
- Doug Whiting (2)