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At time 230 five processes (P1 - P5) are waiting for a timeout signal. They are scheduled to wake up at times: 260, 320, 360, 430, 450.
(a) Using a priority queue with time differences show the queue and content of the countdown timer at time 230.
(b) P1 wakes up and immediately issues a call to SetLTimer(tn, 50). Show the priority queue after the call. (call takes no time).
(c) P1 issues the same call to SetLTimer(tn, 60) immediately after it wakes up again. Show the new priority queue.
(d) P2 wakes up and immediately issues a call to SetLTimer(tn, 45). Show the priority queue after the call.
Explain how to modify Knuth-Morris-Pratt algorithm to support patterns with these wild cards, and analyze modified algorithm. Your algorithm must find first substring in text which matches the pattern.
Rreached from every other vertex. Describe why your algorithm runs in linear time (O(V2) on an adjacency matrix; O(E+V) on an adjacency list).
"sort an array of 10,000 elements using quick sort algorithm as follows: sort the array using pivot as middle element of the array
Provide a recurrence for worst case running time of recursive Binary Search function in terms of n, the size of the search array. Solve the recurrence.
Create the O(|V | + | E |) time algorithm which, given times ti and the dependencies, determines minimum time required to complete all the tasks.
Write an algorithm or code segment for locating the nth successor of an item in a circlar linked list (the nth item that follows the given item in the list).
Look up each test item in array of member items, by using sequential search. What is the worst-case running time of it. (asymptotically, in terms of n and k)?
Create an algorithm which will prompt for and accept four numbers, sort them into ascending sequence and display them to the screen. Your algorithm is to include a module
Individual project for this course is in form of Service Request from Huffman Trucking. It is essential for student to access Service Request: SR-ht-001. Design a Benefits Election System.
Create a list of major steps to follow to get input, process, and output desired information (software requirements). Refine the list to include individual refined steps (algorithm).
Construct a simple threat model that describes the risk this represents: attacker(s), attack vector, vulnerability, assets, and likelihood of occurrence, likely impact, and plausible mitigations.
You have to design an O(n) time randomized Monte Carlo algorithm which computes an (1 + o)- approximate ham-sandwich cut with probability 1 - n-c for any given constant c > 0.
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