Monash University Faculty of Information Technology FIT2014 Theory of Computation FINAL EXAM 2nd semester, 2013 Instructions: 10 minutes reading time. 3 hours writing time. No books, calculators or devices. Total marks on the exam = 120. Working Space Question 1 (4 marks) You are hunting a mouse in your wardrobe. Suppose we have three propositions, […]
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of Information Technology Faculty of Information Technology Monash University FIT2014 Theory of Computation FINAL EXAM 2nd semester, 2014 Instructions: 10 minutes reading time. 3 hours writing time. No books, calculators or devices. Total marks on the exam = 120. Working Space Page 2 of 24 Question 1 (4 marks) Use De Morgan’s Laws to prove
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CS570 Fall 2018: Analysis of Algorithms Problem 1 20 Problem 2 20 Problem 3 16 Problem 4 16 Problem 5 20 Problem6 8 Instructions: 1. This is a 2-hr exam. Closed book and notes 2. If a description to an algorithm or a proof is required please limit your description or proof to within 150
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Discussion 8 1. You have successfully computed a maximum s-t flow f for a network G = (V; E) with integer edge capacities. Your boss now gives you another network G’ that is identical to G except that the capacity of exactly one edge is decreased by one. You are also explicitly given the edge
Say M is either an opt solution XmYn EM or Discussion 7 1. When their respective sport is not in season, USC’s student-athletes are very involved in their community, helping people and spreading goodwill for the school. Unfortunately, NCAA regulations limit each student-athlete to at most one community service project per semester, so the athletic
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CS570 Spring 2019: Analysis of Algorithms Points Problem 1 20 Problem 2 6 Problem 3 20 Problem 4 20 Points Problem 5 20 Problem 6 14 Instructions: 1. This is a 2-hr exam. Closed book and notes 2. If a description to an algorithm or a proof is required please limit your description or proof
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University of Toronto Department of Electrical and Computer Engineering Midterm Examination ECE 345 Algorithms and Data Structures Fall 2016 November 4, 7-9pm Print your name and ID number neatly in the space provided below; print your name at the upper right corner of every page. The exam is ten (10) pages including the cover page;
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Discussion 6 1. You are to compute the total number of ways to make a change for a given amount m. Assume that we have an unlimited supply of coins and all denominations are sorted in ascending order:1 = d1 < d2 < ... < dn . Formulate the solution to this problem as a
Discussion 9 1. We’re asked to help the captain of the USC tennis team to arrange a series of matches against UCLA’s team. Both teams have n players; the tennis rating (a positive number, where a higher number can be interpreted to mean a better player) of the i-th member of USC’s team is ti
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ECE 345 Algorithms and Data Structures Fall 2017October 30, 7-9pmPrint your name and ID number neatly in the space provided below; print your name at the upper right corner of every page.The exam is 9 pages including the cover page; if not, report it to the instructor or TA.Name:UTORid: Student number:• This is an open
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