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There are many additional algorithms available. Choose 2 sorting and 2 searching algorithms, and describe them in detail.
1) Give the pseudocode and flowchart that would show how one of the additional data structures could be implemented to search data.
2) In addition, create a flowchart to show how to sort using one of the additional algorithms.
3) Give the pseudocode for the flowchart as well.
Parallel edge detection: Devise a linear-time algorithm to count the parallel edges in a graph. Write the algorithm in pseudo-code.
Create an Alice World with four helicopters and a list containing the helicopters. Program the world to make the helicopters each lift off from the ground one at a time and then all turn and fly away together.
Show the steps in details of sorting {3, 1, 4, 1, 5, 9, 2, 6, 5, 3, 5} using quicksort with median-of-three partitioning and a cutoff 3 (if the elements are less than 3, using insertion sort).
data array a has data series from 1000000 to 1 with step size 1 which is in perfect decreasing order.data array b has
storage pool and that there is a special null value. Write an algorithm to count the nodes in a linked list with first node pointed to by first."
Create and implement such dynamic programming algorithm and examine it. You are not sure if CEO must get invited to party, but you suspect that you might get fired if he is not.
Explain the distinction between an ambiguity in a proposed algorithm and an ambiguity in the representation of an algorithm.
Think about a file system on a disk that has both logical and physical block sizes of 512 bytes. Suppose that the data about each file is already in memory.
With indicated link costs, use Djkstra's shortest path algorithm to calculate shortest path from E to all network nodes. Illustrate how algorithm works by computing table.
similar to last lab this lab is comprised of a series of mini tasks. in order to get credit for this lab you must
Transform the context-free grammar obtained in Activity 5 to a pushdown automaton using the algorithm in Section 12.2.2. Turn in your solution by the date when Section 12.3 is finished.
question 1 consider we implement a priority queue as a heap. suppose the queue has thousands of elements. consider
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