(1)Question 1: • Show that if f(n) = O(f′(n)) and g(n) = O(g′(n)) then f(n) + g(n) = O(f′(n) + g′(n)). (3)Question 3: Problem 13 (page 51): Provide an O(n log n) time algorithm. (4)Question 4: Problem 37 (page 64). Extra credit: Problem 26 (page 59): Hint, prove by induction that such tiling always exists (for […]
The University of Melbourne School of Computing and Information Systems COMP30026 Models of Computation Assignment 1, 2019 Released: 27 August. Deadline: 15 September at 23:00 Purpose To improve your understanding of propositional logic, first-order predicate logic, mechanized reasoning, and discrete mathematics. To develop skills in analysis and formal reasoning about complex concepts, and to practise
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Coursework Description Distributed Computing 2018/19 COMP51715 Module Coordinator: Dr. Rob Powell The summative assessment for this module will consist of ONE Java based project, and ONE written assign- ment. Following their successful rollout of their new comptuer system, DropFiles want to make their system more scalable to grow customer numbers. The aim of this coursework
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Supervised Learning Numbers The assignment is worth 15% of your final grade. Read everything below carefully! Why? The purpose of this project is to explore some techniques in supervised learning. It is important to realize that understanding an algorithm or technique requires understanding how it behaves under a variety of circumstances. As such, you will
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CS 560, HOMEWORK 1 (DUE: SUNDAY SEPTEMBER 15, 11:59 PM) INSTRUCTOR: HOA VU Each question is worth 20 points. The extra credit question is worth 10 points. When you are asked to design an algorithm, do the following: a) describe the algorithm, b) explain (or more rigorously prove) why it is correct, and c) provide
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Consider the following light switching game. We begin with an n by n grid of square buttons, numbered 1–n2, initially dark, as shown below (left) for n = 4. Pressing any button will cause that button to light up, along with its immediate neighbours above, below, and to its left and right in the grid.
Learning Outcomes School of Computing and Information Systems comp10002 Foundations of Algorithms Semester 2, 2019 Assignment 1 In this project you will demonstrate your understanding of arrays, strings, and functions. You may also use typedefs and structs if you wish (see Chapter 8) – and will probably find the program easier to assemble if you
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The University of Melbourne • COMP90056 2019s2 • Assignment A COMP90056 Stream Computing and Applications Assignment A Second (Spring) Semester 2019 Posted on LMS: Monday, 2 September 2019 Due: Monday, 16 September 2019 [07:30] Important: Each student must submit their own code and report, written individually. This Assignment contributes 10% towards your total mark for
#include “basicdungeon.h” using namespace core::dungeon; /* —————————————————————————— * BasicDungeon member implementations * —————————————————————————–*/ BasicDungeon::BasicDungeon() { } /* —————————————————————————— * RockChamber member implementations * —————————————————————————–*/ RockChamber::RockChamber() { } /* —————————————————————————— * QuartzChamber member implementations * —————————————————————————–*/ QuartzChamber::QuartzChamber() { } /* —————————————————————————— * BasicWall member implementations * —————————————————————————–*/ RockWall::RockWall() { } #include “character.h” using core::Character; Character::Character(const std::string
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Computer Science 320SC – (2019) Programming Assignment 3 Due: Saturday, September 14th (11:57pm) Requirements This assignment requires you to write three efficient algorithms that processes intervals. At least two of them should be implemented via some type of greedy algorithm. It is worth 5% of your total course marks. All three programs have the same
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