TY - THES U1 - Dissertation oder Habilitation A1 - Lemke-Rust, Kerstin T1 - Models and algorithms for physical cryptanalysis N2 - This thesis is dedicated to models and algorithms for the use in physical cryptanalysis which is a new evolving discipline in implementation security of information systems. Physical observables such as the power consumption or electromagnetic emanation of a cryptographic module are so-called `side channels'. They contain exploitable information about internal states of an implementation at runtime. Physical effects can also be used for the injection of faults. Fault injection is successful if it recovers internal states by examining the effects of an erroneous state propagating through the computation. The best currently known approach in physical cryptanalysis is a thorough experimental verification at a profiling stage, which is included in methods achieving maximum power. The final multivariate algorithms of this thesis can be seen as the most efficient ones in side channel cryptanalysis. KW - Seitenkanalattacke KW - Physikalischer Effekt KW - Multivariate Analyse KW - VLSI KW - Fehlerbehandlung KW - Differentielle Kryptoanalyse Y2 - 2007 SN - 978-3-89966-272-6 SB - 978-3-89966-272-6 SP - XIV, 232 S1 - XIV, 232 PB - Europäischer Universitätsverlag CY - Berlin ER -