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Lattice based cryptography
Neu sortiert, mit Daten und Namen.
- Overview (Fieker)
- Z-moduln, Hermite and Smith normal forms
Cohen I (Kopp, 8.5.)
- Lattices: definition, minima, Minkowski theory, enumeration
Pohst-Zassenhaus (Haag, 15.5.)
- Lattices: LLL and applications, short vectors, close vectors
Pohst-Zassenhaus (Neurohr, 22.5.)
- Lattices: complexity of lattice problems
For an overview, have a look at
here(Steuer, 29.5.)
- Fully Homomorphic Encryption (Gentry's Thesis) (Bindel, 5.6.)
- The NTRU system
See 1st reference given below (or Wikipedia)(Rese, 12.6.)
- Lattice based Hash functions LASH
See here There are other overviews available (Mücksch, 19.6.)
- A lattice-based traitor tracing scheme see (Emelin, 26.6.)
- Learning with error (LWE)
also for the next, have a look at this
or that (at least the 1st half)(Eberle, 3.7.)
- LWE crypto
see above (Korell, 3.7.)
- The GGH system - and how to break it
See here (Boos, 10.7.)
- Coppersmith's method for small roots
See here(This is the reason to avoid small exponents in RSA) (Behr, 17.7.)
For a general overview, I suggest looking at either
this
or that paper.
(Some of the links will only work at the uni)
On the 1st slot (17.4) we will finalize (if neccessary) the topics and decide the language ... On the 24.4 I will give some overview/ motivation and the following week we start the serious talks.
I would like to see written drafts of the talks before talks, not neccessarily typed.
Wenn es Probleme mit den Links gibt, bitte Beschweren. Ich habe die gerade alle ausprobiert und alles hat geklappt.
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