# week-1 - CSE 830 Design and Theory of Algorithms Dr Charles...

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1 CSE 830: Design and Theory of Algorithms Dr. Charles Ofria Overview • Administrative stuff… • Rules of the game • What is an algorithm? • Systems for studying algorithms • Some examples • Lecture schedule overview Course Info • Textbook: Introduction to Algorithms, Second Edition by Cormen, Leiserson, Rivest, and Stein • Web page: http://www.cse.msu.edu/~ofria/cse830/ • My Info: 2140 Engineering, 355-8389, [email protected] • Office Hours: Mondays, 10am-11am and by appointment.

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2 Tentative Grading 25% Homework (5 assignments worth 5% each) 10% Programming Project 20% Exam I 20% Exam II 25% Final Exam What would you prefer? - Quizzes? (more frequent, but easier than exams) - More Programming? - More take-home assignments? Homework • 5 Homework Assignments • You must work in small groups ; 2-3 students per group. Only hand in one written set of answers. • A single homework is allowed to be a week late; otherwise 20 points off per class session. • Re-grades can go in either direction! Project • You will be given a hard problem and you need to write a program to solve it correctly and efficiently. • This is not a group project - everyone must write their own. • Prizes will be given out for the best solutions.
3 Exams • There will be three exams over the course of the semester. • All exam questions will be made available ahead of time - with many others. • I typically give 140 points of questions on an exam, but you only need to answer 100 points worth. • Exams are cumulative. What is an Algorithm? According to the Academic American Encyclopedia: An algorithm is a procedure for solving a usually complicated problem by carrying out a precisely determined sequence of simpler, unambiguous steps. Such procedures were originally used in mathematical calculations (the name is a variant of algorism, which originally meant the Arabic numerals and then "arithmetic") but are now widely used in computer programs and in programmed learning. What is an Algorithm? Algorithms are the ideas behind computer programs. An algorithm is the thing that stays the same whether the program is in C++ running on a Cray in New York or is in BASIC running on a Macintosh in Katmandu! To be interesting, an algorithm has to solve the general form of a well-defined problem. An algorithmic problem is specified by describing the set of instances it must work on and what desired properties the output must have.

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4 Example: Sorting Input : A sequence of N numbers a 1 …a n Output : the permutation (reordering) of the input sequence such that a 1 a 2 a n . We seek algorithms that are
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## This note was uploaded on 07/25/2008 for the course CSE 830 taught by Professor Ofria during the Spring '08 term at Michigan State University.

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week-1 - CSE 830 Design and Theory of Algorithms Dr Charles...

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