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Show and draw the diagram of how to construct a heap using the heapArray[ ]. step by step along with how to update your heap array elements.
Find the largest value representable. Find the smallest positive integer that cannot be represented exactly. Explain.
Construct an AVL tree using avlArray[ ] = [12, 25, 32, 65, 74, 26, 13, 08, 45]. Delete 65. then, show how the tree structure can be updated step by step.
Divide the entire bandwidth into 4 sub bands. Why we divide the entire bandwidth into sub-bands? Should we allocate a guard band? Why?
Make sure to sort original data using one slower sorting algorithm and then sort original data again using one faster sorting algorithm.
Write down explicitly Shor's algorithm for the factorization of N = 21. Describe the snapshots of the quantum state of the order-finding subroutine when a = 8.
Suppose you are given integer array A of length n and some integer z. Write an algorithm that searches the array for two integers x and y such that x + y = z.
How many keys do they have to generate such that every pair of nodes can communicate in a bidirectional secure way using the same algorithm?
Why does creating min heap takes O(n) time complexity for a given n set of elements? Why is time complexity O(1) for getting the smallest element from min heap?
What is the comparison complexity (number of element to element comparisons) of Professor Stankowski's algorithm? Formulate a recurrence relation and solve the
Design and build a binary classifier over the dataset. Explain algorithm and its configuration. Explain your finding into numerical and graphical representation
How Big Oh notation can be applied to different sorting algorithms, how this knowledge can affect choice for most appropriate algorithm for a given problem.
An entity relationship diagram including all the significant entities, attributes and their relationships. Use Crow's foot notation.
Why is recursion an effective way to implement a backtracking algorithm? How are decision trees important for backtracking?
Online the basic steps within the CART algorithm for constructing a decision tree and describe the hyper-parameters that can be used to prevent over fitting.
Draw an AVL tree whose elements are inserted in the following order: (Hint: Check the first alphabet. If similar, check the second alphabet and so on)
Write a recursive method to rearrange the numbers in the array such that all even numbers appear before all odd numbers
Use LINQ to select all employees with hours worked of more than 40 hours. An employee has a name, hours worked, pay rate, and department.
In the Program.cs file, add the above five employees in a list. Write LINQ statement in query syntax and display the result.
Show the recursive tree. Show the recursive tree and indicate order of execution, i.e., label steps in tree nodes.
Show some examples of each based on the definition of Data Structures and Numerical data? What are some fundamental principles in creating a SELECT query?
Q1. What is the best-case runtime of this new Quicksort? Q2. What is the worst-case runtime of this new Quicksort?
Is it possible to convert the max heap into a min heap by reversing the elements of the array representation? If yes, explain why; if no, provide a counter-exam
Create a restful API using express and node JS and perform RUD operations on it, data should be store in a local database (MYSQL)
What is the worst-case time complexity of build-heap on n elements? What is the worst-case time complexity of extract-max on a max-heap with n elements?