Viewgraphs will be posted on the web in the pdf format a
couple of hours before each lecture. Please, do your best to come to the class
with the printout of the relevant set of viewgraphs. Please, reload this page to
make sure that you see its most recent version.
Lecture 18 Implementation of public key cryptosystems.
2
slides per page
3 slides per page
Lecture 17 Mathematical Background: Groups, Rings, and Fields.
2
slides per page
3 slides per page
Lecture 16 Logic Synthesis with Synplify.
2
slides per page
3 slides per page
Example files: multiplier.vhd
multiplier_impl.vhd
Lecture 15 Elliptic Curve Cryptosystems.
2
slides per page
3 slides per page
Lecture 14 Survey of public key cryptosystems.
3
slides per page
6 slides per page
Lecture 13 RSA - implementation issues & countermeasures
against known attacks
2
slides per page
3 slides per page
Lecture 12 RSA - genesis, operation & security.
2
slides per page
3 slides per page
Lecture 10 Introduction to FPGA tools.
2
slides per page
3 slides per page
Lecture 9 Introduction to Xilinx Virtex FPGA devices.
2
slides per page
3 slides per page
Lecture 8 Architectures of secret-key ciphers.
3
slides per page
6 slides per page
Lecture 7 Advanced Encryption Standard.
3
slides per page
6 slides per page
Lecture 6 Modes of operation of
secret-key block ciphers.
2
slides per page
3 slides per page
Lecture 5 64-bit secret-key ciphers: IDEA
and RC5.
2
slides per page
3 slides per page
Lecture 4 Towards modern ciphers: SP networks and DES.
2
slides per page
3 slides per page
Lecture 3 Mathematical background. Modular arithmetic.
2
slides per page
3 slides per page
Lecture 2 Types of cryptosystems. Implementations of security services.
2
slides per page
3 slides per page
Lecture 1 Security Services. Basics of
Cryptology.
2
slides per page
3 slides per page
Lecture 0 Organization
2
slides per page
3 slides per page