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Among other things, a binary search tree can be used for sorting data elements. This project is to randomly generate a sequence of integer numbers, insert the first 20 distinct numbers into a binary search tree, and finally produce an in-order listing of the tree. You are provided with the declarations and two functions for binary search trees (see the appended). One of the functions is Insert that adds a new element to a binary search tree. And the other is lookup which checks if a given element is already in a binary search tree. In this project, you need to define a print function that prints tree elements in in-order as well as a count function that counts and returns the number of tree nodes in a binary search tree. In addition you need to complete the main function. You may use the built-in random number function to generate new elements for inserting as shown below:
srand(time(NULL)); /* do it at the beginning of main function */newElem = rand() % 100; /* generate a new element one at a time */Then you can check for each new element if it is already there using the lookup function and if there are enough elements in the tree using the count function before doing insert. Finally, use the print function to show the result./* declarations and function definitions for binary search trees */#include <stdio.h>#include <stdlib.h>#include <time.h>#define TRUE 1#define FALSE 0typedef int BOOLEAN;typedef int ETYPE;typedef struct NODE *TREE;struct NODE {ETYPE element;TREE leftChild, rightChild;};TREE insert(ETYPE x, TREE T){if (T == NULL) {T = (TREE) malloc(sizeof(struct NODE));T->element = x;T->leftChild = NULL;T->rightChild = NULL;}else if (x < T->element)T->leftChild = insert(x, T->leftChild);else if (x > T->element)T->rightChild = insert(x, T->rightChild);return T;}BOOLEAN lookup(ETYPE x, TREE T){if (T == NULL)return FALSE;else if (x == T->element)return TRUE;else if (x < T->element)return lookup(x, T->leftChild);else /* x must be > T->element */return lookup(x, T->rightChild);}
Explain advantages and disadvantages of new algorithm compared with eager decision tree algorithm, and advantages and disadvantages of new algorithm compared with lazy kNN algorithm.
Use separate chaining to store the following keys. Consider that each letter is a number corresponding to the sequence of English alphabets. That is, A->1,
Create a hierarchy chart depicting the chosen situation. Develop a flowchart and provide a brief explanation for it. Develop an algorithm and provide a brief explanation for it
question 1. what numbers are compared to 72 if a sequential search is used 2 5 7 9 11 17 18 21 28 30 45 5465 69 72.
Prove that Dijkstra's token ring reaches a legitimate configuration in O(N2) steps. Shorten the analysis by giving a single norm function, quadratically bounded in N, that decreases with every step of the algorithm.
Create three SQL statements: the 1st statement should add pending amounts to appropriate accounts, the second statement should subtract the pending amounts from appropriate accounts,
Analyze the worst-case asymptotic complexity of making an interference graph, for a program of size N (with at most N variables and at most N control-flow nodes).
Create algorithm which will prompt for and receive the employee number from operator at terminal. Your program is to search array of valid employee numbers to check that employee number is XXXXX,
In this exercise you shall work with a system of records for publications associated with research and development.
Give an initial configuration for Algorithm 7. 7 for which the algorithm actually requires llog NJ + 1 rounds. Determine the set ECR (as defined before Lemma 7. 1 0) for the Chang-Roberts algorithm.
Create a 10-12 slide presentation describing the data types. Include the following in your presentation: Introductory slide and Slide for each data type
Make a Visual Studio.NET 2005 web application with 2-aspx forms. Add a Menu control and a Label control to form. Populate the Menu control with data stored in the "Font" column and show your name in the Label control.
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