Introduction to Algorithms
Introduction to Algorithms
3rd Edition
ISBN: 9780262033848
Author: Thomas H. Cormen, Ronald L. Rivest, Charles E. Leiserson, Clifford Stein
Publisher: MIT Press
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Chapter 35.3, Problem 1E
Program Plan Intro

To demonstrate which set cover of GREEDYSETCOVER produces when the ties in favor of word are broken that appear first in dictionary.

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Implement solution for remove(int id) removes the Student (classt type) associated with this id; if the id is not found in the table or on the waitlist, then it should return null; otherwise, it should return the Student associated with the id. If the student that is removed was registered, then this student should be replaced by the student who is first in the waitlist queue. If the student who is removed was on the waitlist, then they should just be removed from the waitlist. You should go directly to slot id % m rather than iterating through all the slots. ****note that return is null****   public class Course {     public String code;     public int capacity;     public SLinkedList<Student>[] studentTable;     public int size;     public SLinkedList<Student> waitlist;         public Course(String code) {         this.code = code;         this.studentTable = new SLinkedList[10];         this.size = 0;         this.waitlist = new SLinkedList<Student>();…
Implement solution for remove(int id) removes the Student (classt type) associated with this id; if the id is not found in the table or on the waitlist, then it should return null; otherwise, it should return the Student associated with the id. If the student that is removed was registered, then this student should be replaced by the student who is first in the waitlist queue. If the student who is removed was on the waitlist, then they should just be removed from the waitlist. You should go directly to slot id % m rather than iterating through all the slots.   public class Course {     public String code;     public int capacity;     public SLinkedList<Student>[] studentTable;     public int size;     public SLinkedList<Student> waitlist;         public Course(String code) {         this.code = code;         this.studentTable = new SLinkedList[10];         this.size = 0;         this.waitlist = new SLinkedList<Student>();         this.capacity = 10;     }…
Create a lazy elimination deletion function for the AVLTree class.There are several approaches you can take, but one of the simplest is to add a Boolean property to the Node class that indicates whether or not the node is designated for deletion. This variable must then be considered by your other techniques.
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