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You are given a set of n tasks to be performed. The ith task takes ti units of time to complete. You are given a set of dependencies, (u, v), meaning that task u must be completed before task v can start. You may assume that there are no cyclic dependencies. Present an O(|V | + | E |) time algorithm which, given the times ti and the dependencies, determines the minimum time needed to complete all the tasks.
What is the time complexity of the procedure? If A[l .. r] = [24, 30, 09, 46, 15, 19, 29, 86,78], what is the output?
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.
Describe an algorithm that finds a maximum feasible flow in G. Denote by MF(|V|, |E|) the worst-case running time of an ordinary maximum flow algorithm.
Fnd the redundancies m1, · · · , mn that are within the available budget and that maximize probability that system works correctly. Create an ef?cient algorithm.
Create an algorithm to produce list of customers from Glad Rags Clothing Company's customer master file. Each record on customer master file contains the customer's number
Assume we drive pickup truck from city A to city B. Along high way, we will go through n apple markets, labeled with 1, 2, ..., n, where you can buy or sell apples. which means you buy and sell apples at the same market i.
Pseudocode algorithm you would write for a simple task. What do you think is the most difficult part of creating the algorithm? What can you do to make this process easier?
Describe a sorting algorithm to be parsimonious if it never compares same pair of input values twice. (Supose that all the values being sorted are distinct.).
Evaluate a short algebraic expression using code with three-operand instructions. The expression should have a minimum of three operands and 2 operators.
Write an algorithm in pseudo code to settle following question: A bank account starts out with $10,000. Interest is compounded monthly at 6% per year(0.5% per month).
The node's right child. If the nil pointer is represented by 00 and the tree's root pointer contains 53, how many terminal nodes are in tree?
Expalin the search algorithm that results from each of the following special cases. How does it relate to other algorithms we have discussed.
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