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earning Objectives
Explain the need for complex data structures.
Explain the design and application of arrays to program logic and data manipulation.
Describe how requirements and desk review design are used to verify algorithms.
Quick sort in ascending order, with partition choosing pivot in the middle of the sub-array.
Generalize the 2-3 algorithms for INSERT and DELETE to K-J trees, where non-leaf vertices have between K and J children for fixed integers K >=2, and J>= 2K-1.
Design a nonrecursive algorithm that visits all the nodes of a general multiway tree in level order: that is, level-by-level, going left-to-right across a level.
Suppose we have a network of nodes connected via point to point links, and source S sends a message that will be broadcast to all nodes using Reverse Path Flooding.
Write an algorithm that takes a sequence of real numbers s and its length n and returns the absolute value of the average of these numbers.
The algorithms will be simulated based on a reference string (a sequence of pages that are to be accessed) that will be either read from the keyboard or randomly generated.
Arrays are fast at jumping quickly to a given element, whereas linked lists are fast at insertion after a given element.
Why Knapsack Problem explained as 0/1 Knapsack Problem. Skecth Dynamic Programming Tables (one for calculating optimal value and one for keeping track of items used.
create functions for doing sort, search, display, replace, delete, and add. You can use dynamic memory allocation for enlarge the size of pointer array for adding a new country.
Using "insertion sort" and then merged using standard merging mechanism, where k is value to be determined. How must be we select k in practice?
Complex numbers have the form realPart + imaginaryPart * i. Both realPart and imaginaryPart are integers - Define a 5-elements array of complex number.
Describe the purpose of queue in breadth-first traversal? Assume you had function call displayAtDepthN, which when given tree and depth would display only nodes at that depth.
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