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=Coding option= Students who complete all coding assignments in the following list may opt not to take the final exam. If you present correctly working code for all projects in the list, and if I am convinced when speaking to you that you are really the author of the code, that is equivalent to scoring 100% on the final. (Alas, no partial credit can be given hhttp://cartan.math.umb.edu/wiki/index.php?title=Math_480,_Spring_2015,_Coding_Assignment&action=editere, since awarding it would involve code auditing and debugging.) ==List of assignments== # Euclidean algorithm (from [[Math 480, Spring 2015, Assignment 2|Assignment 2]]). # Modular arithmetic (from [[Math 480, Spring 2015, Assignment 2|Assignment 2]]). # Diffie-Hellman (from [[Math 480, Spring 2015, Assignment 4|Assignment 4]]). # ElGamal (from [[Math 480, Spring 2015, Assignment 5|Assignment 5]]). # Babystep-giantstep (from [[Math 480, Spring 2015, Assignment 6|Assignment 6]]). # Chinese Remainder Theorem with $k$ factors (from [[Math 480, Spring 2015, Assignment 7|Assignment 7]]). # Pohlig-Hellman (from [[Math 480, Spring 2015, Assignment 8|Assignment 8]]). # Euler totient (from [[Math 480, Spring 2015, Assignment 8|Assignment 8]]). # RSA (from [[Math 480, Spring 2015, Assignment 9|Assignment 9]]). # Primes (from [[Math 480, Spring 2015, Assignment 10|Assignment 10]]). # Government-approved elliptic curve (from [[Math 480, Spring 2015, Assignment 14|Assignment 14]]). # Elliptic curve Diffie-Hellman (from [[Math 480, Spring 2015, Assignment 14|Assignment 14]]).

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