Brett Stevens - Source Code Page
Last Updated Oct. 2002.
Contents
Semiconductor reverse engineering problem
The Advanced Encryption Standard implemented for the HP 42S RPN scientific calculator
Semiconductor reverse engineering problem
At the 2002
PIMS
Industrial Problem Solving Workshop
, I developed a simmulated annealing program to produce layouts from electron microscope images. We worked with
Semiconductor Insights
Here is the source code and input files
sim_anneal.c
makefile
sa_input
rel_offsets_horizontal.csv
rel_offsets_vertical.csv
The
Advanced Encryption Standard
implemented for the HP 42S RPN scientific calculator
To verify thta the Advanced Encryption Standard really was suitable for low memory/resource devices I implemented it for my
HP 42S RPN scientific calculator
which I bought in 1988 and has 7200 bytes of RAM (895 registers).
Here is the source code
Address
School of Mathematics and Statistics
Carleton University
1125 Colonel By Dr.
Ottawa ON K1S 5B6
Canada
e-mail:
brett@math.carleton.ca
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